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Improving Executive Function Skills of Language Impaired Students with Hedbanz

Image result for hedbanzThose of you who have previously read my blog know that I rarely use children’s games to address language goals.  However, over the summer I have been working on improving executive function abilities (EFs) of some of the language impaired students on my caseload. As such, I found select children’s games to be highly beneficial for improving language-based executive function abilities.

For those of you who are only vaguely familiar with this concept, executive functions are higher level cognitive processes involved in the inhibition of thought, action, and emotion, which located in the prefrontal cortex of the frontal lobe of the brain. The development of executive functions begins in early infancy; but it can be easily disrupted by a number of adverse environmental and organic experiences (e.g., psychosocial deprivation, trauma).  Furthermore, research in this area indicates that the children with language impairments present with executive function weaknesses which require remediation.

Image result for executive functions brain

EF components include working memory, inhibitory control, planning, and set-shifting.

  • Working memory
    • Ability to store and manipulate information in mind over brief periods of time
  • Inhibitory control
    • Suppressing responses that are not relevant to the task
  • Set-shifting
    • Ability to shift behavior in response to changes in tasks or environment

Simply put, EFs contribute to the child’s ability to sustain attention, ignore distractions, and succeed in academic settings. By now some of you must be wondering: “So what does Hedbanz have to do with any of it?”

Well, Hedbanz is a quick-paced multiplayer  (2-6 people) game of “What Am I?” for children ages 7 and up.  Players get 3 chips and wear a “picture card” in their headband. They need to ask questions in rapid succession to figure out what they are. “Am I fruit?” “Am I a dessert?” “Am I sports equipment?” When they figure it out, they get rid of a chip. The first player to get rid of all three chips wins.

The game sounds deceptively simple. Yet if any SLPs or parents have ever played that game with their language impaired students/children as they would be quick to note how extraordinarily difficult it is for the children to figure out what their card is. Interestingly, in my clinical experience, I’ve noticed that it’s not just moderately language impaired children who present with difficulty playing this game. Even my bright, average intelligence teens, who have passed vocabulary and semantic flexibility testing (such as the WORD Test 2-Adolescent or the  Vocabulary Awareness subtest of the Test of Integrated Language and Literacy ) significantly struggle with their language organization when playing this game.

So what makes Hedbanz so challenging for language impaired students? Primarily, it’s the involvement and coordination of the multiple executive functions during the game. In order to play Hedbanz effectively and effortlessly, the following EF involvement is needed:

  • Task Initiation
    • Students with executive function impairments will often “freeze up” and as a result may have difficulty initiating the asking of questions in the game because many will not know what kind of questions to ask, even after extensive explanations and elaborations by the therapist.
  • Organization
    • Students with executive function impairments will present with difficulty organizing their questions by meaningful categories and as a result will frequently lose their track of thought in the game.
  • Working Memory
    • This executive function requires the student to keep key information in mind as well as keep track of whatever questions they have already asked.
  • Flexible Thinking
    • This executive function requires the student to consider a situation from multiple angles in order to figure out the quickest and most effective way of arriving at a solution. During the game, students may present with difficulty flexibly generating enough organizational categories in order to be effective participants.
  • Impulse Control
    • Many students with difficulties in this area may blurt out an inappropriate category or in an appropriate question without thinking it through first.
      • They may also present with difficulty set-shifting. To illustrate, one of my 13-year-old students with ASD, kept repeating the same question when it was his turn, despite the fact that he was informed by myself as well as other players of the answer previously.
  • Emotional Control
    • This executive function will help students with keeping their emotions in check when the game becomes too frustrating. Many students of difficulties in this area will begin reacting behaviorally when things don’t go their way and they are unable to figure out what their card is quickly enough. As a result, they may have difficulty mentally regrouping and reorganizing their questions when something goes wrong in the game.
  • Self-Monitoring
    • This executive function allows the students to figure out how well or how poorly they are doing in the game. Students with poor insight into own abilities may present with difficulty understanding that they are doing poorly and may require explicit instruction in order to change their question types.
  • Planning and Prioritizing
    • Students with poor abilities in this area will present with difficulty prioritizing their questions during the game.

Image result for executive functionsConsequently, all of the above executive functions can be addressed via language-based goals.  However, before I cover that, I’d like to review some of my session procedures first.

Typically, long before game initiation, I use the cards from the game to prep the students by teaching them how to categorize and classify presented information so they effectively and efficiently play the game.

Rather than using the “tip cards”, I explain to the students how to categorize information effectively.

This, in turn, becomes a great opportunity for teaching students relevant vocabulary words, which can be extended far beyond playing the game.

I begin the session by explaining to the students that pretty much everything can be roughly divided into two categories animate (living) or inanimate (nonliving) things. I explain that humans, animals, as well as plants belong to the category of living things, while everything else belongs to the category of inanimate objects. I further divide the category of inanimate things into naturally existing and man-made items. I explain to the students that the naturally existing category includes bodies of water, landmarks, as well as things in space (moon, stars, sky, sun, etc.). In contrast, things constructed in factories or made by people would be example of man-made objects (e.g., building, aircraft, etc.)

When I’m confident that the students understand my general explanations, we move on to discuss further refinement of these broad categories. If a student determines that their card belongs to the category of living things, we discuss how from there the student can further determine whether they are an animal, a plant, or a human. If a student determined that their card belongs to the animal category, we discuss how we can narrow down the options of figuring out what animal is depicted on their card by asking questions regarding their habitat (“Am I a jungle animal?”), and classification (“Am I a reptile?”). From there, discussion of attributes prominently comes into play. We discuss shapes, sizes, colors, accessories, etc., until the student is able to confidently figure out which animal is depicted on their card.

In contrast, if the student’s card belongs to the inanimate category of man-made objects, we further subcategorize the information by the object’s location (“Am I found outside or inside?”; “Am I found in ___ room of the house?”, etc.), utility (“Can I be used for ___?”), as well as attributes (e.g., size, shape, color, etc.)

Thus, in addition to improving the students’ semantic flexibility skills (production of definitions, synonyms, attributes, etc.) the game teaches the students to organize and compartmentalize information in order to effectively and efficiently arrive at a conclusion in the most time expedient fashion.

Now, we are ready to discuss what type of EF language-based goals, SLPs can target by simply playing this game.

1. Initiation: Student will initiate questioning during an activity in __ number of instances per 30-minute session given (maximal, moderate, minimal) type of  ___  (phonemic, semantic, etc.) prompts and __ (visual, gestural, tactile, etc.) cues by the clinician.

2. Planning: Given a specific routine, student will verbally state the order of steps needed to complete it with __% accuracy given (maximal, moderate, minimal) type of  ___  (phonemic, semantic, etc.) prompts and __ (visual, gestural, tactile, etc.) cues by the clinician.

3. Working Memory: Student will repeat clinician provided verbal instructions pertaining to the presented activity, prior to its initiation, with 80% accuracy  given (maximal, moderate, minimal) type of  ___  (phonemic, semantic, etc.) prompts and __ (visual, gestural, tactile, etc.) cues by the clinician.

4. Flexible Thinking: Following a training by the clinician, student will generate at least __ questions needed for task completion (e.g., winning the game) with __% accuracy given (maximal, moderate, minimal) type of  ___  (phonemic, semantic, etc.) prompts and __ (visual, gestural, tactile, etc.) cues by the clinician.

5. Organization: Student will use predetermined written/visual cues during an activity to assist self with organization of information (e.g., questions to ask) with __% accuracy given (maximal, moderate, minimal) type of  ___  (phonemic, semantic, etc.) prompts and __ (visual, gestural, tactile, etc.) cues by the clinician.

6. Impulse Control: During the presented activity the student will curb blurting out inappropriate responses (by silently counting to 3 prior to providing his response) in __ number of instances per 30 minute session given (maximal, moderate, minimal) type of  ___  (phonemic, semantic, etc.) prompts and __ (visual, gestural, tactile, etc.) cues by the clinician.

7. Emotional Control: When upset, student will verbalize his/her frustration (vs. behavioral activing out) in __ number of instances per 30 minute session given (maximal, moderate, minimal) type of  ___  (phonemic, semantic, etc.) prompts and __ (visual, gestural, tactile, etc.) cues by the clinician.

8. Self-Monitoring:  Following the completion of an activity (e.g., game) student will provide insight into own strengths and weaknesses during the activity (recap) by verbally naming the instances in which s/he did well, and instances in which s/he struggled with __% accuracy given (maximal, moderate, minimal) type of  ___  (phonemic, semantic, etc.) prompts and __ (visual, gestural, tactile, etc.) cues by the clinician.

There you have it. This one simple game doesn’t just target a plethora of typical expressive language goals. It can effectively target and improve language-based executive function goals as well. Considering the fact that it sells for approximately $12 on Amazon.com, that’s a pretty useful therapy material to have in one’s clinical tool repertoire. For fancier versions, clinicians can use “Jeepers Peepers” photo card sets sold by Super Duper Inc. Strapped for cash, due to highly limited budget? You can find plenty of free materials online if you simply input “Hedbanz cards” in your search query on Google. So have a little fun in therapy, while your students learn something valuable in the process and play Hedbanz today!

Related Smart Speech Therapy Resources:

 

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The End of See it, Zap it! Ankyloglossia (Tongue-Tie) Controversies in Research and Clinical Practice

Today it is my pleasure and privilege to interview 3 Australian lactation consultations: Lois Wattis, Renee Kam, and Pamela Douglas, the authors of a March 2017 article in the Breastfeeding Review: “Three experienced lactation consultants reflect upon the oral tie phenomenon” (which can be found HERE).

Tatyana Elleseff: Colleagues, as you very well know, the subject of ankyloglossia or tongue tie affecting breastfeeding and speech production has risen into significant prominence in the past several years. Numerous journal articles, blog posts, as well as social media forums have been discussing this phenomenon with rather conflicting recommendations.  Many health professionals and parents are convinced that “releasing the tie” or performing either a frenotomy or frenectomy will lead to significant improvements in speech and feeding.

Image result for evidence based practicePresently, systematic reviews1-3 demonstrate there is insufficient evidence for the above. However, when many professionals including myself, cite reputable research explaining the lack of support of surgical intervention for tongue tie, there has been a pushback on the part of a number of other health professionals including lactation consultants, nurses, dentists, as well as speech-language pathologists stating that in their clinical experience surgical intervention does resolve issues with tongue tie as related to speech and feeding.

So today, given your 33 combined years of practice as lactation consultants I would love to ask your some questions regarding the tongue tie phenomena.

I would like to begin our discussion with a description of normal breastfeeding and what can interfere with it from an anatomical and physiological standpoint for mothers and babies.

Now, many of this blog’s readers already know that a tongue tie occurs when the connective tissue under the tongue known as a lingual frenulum restricts tongue movement to some degree and adversely affects its function.  But many may not realize that children can present with a normal anatomical variant of “ties” which can be completely asymptomatic. Can you please address that?

Lois Wattis:  “Normal” breastfeeding takes time and skill to achieve. The breastfeeding dyad is multifactorial, influenced by maternal breast and nipple anatomy combined with the infant’s facial and oral structures, all of which are highly variable. Mothers who have successfully breastfed the first baby may encounter problems with subsequent babies due to size (e.g., smaller, larger, etc.), be compromised by birth interventions or drugs during labor, or incur birth injuries – all of which can affect the initiation of breastfeeding and progression to a happy and comfortable feeding relationship. Unfortunately, the overview of each dyad’s story can be lost when tunnel vision of either health provider or parents regarding the baby’s oral anatomy is believed to be the chief influencer of breastfeeding success or failure.

Tatyana Elleseff: Colleagues, what do we know regarding the true prevalence of various ‘tongue ties’? Are there any studies of good quality?

Image result for prevalencePamela Douglas:  In a literature review in 2005, Hall and Renfrew acknowledged that the true prevalence of ankyloglossia remained unknown, though they estimated 3-4% of newborns.4

After 2005, once the diagnosis of posterior tongue-tie (PTT) had been introduced,5, 6 attempts to quantify incidence of tongue-tie have remained of very poor quality, but estimates currently rest at between 4-10%.7

The problem is that there is a lack of definitional clarity concerning the diagnosis of PTT. Consequently, anterior or classic tongue tie CTT is now often conflated with PTT simply as ‘tongue-tie’ (TT).    

Tatyana Elleseff: Thank you for clarifying it.  In addition to the anterior and posterior tongue tie labels, many parents and professionals also frequently hear the terms lip tie and buccal ties. Is there’s reputable research behind these terms indicating that these ties can truly impact speech and feeding?

Pamela Douglas:  Current definitions of ankyloglossia tend to confuse oral and tongue function (which is affected by multiple variables, and in particular by a fit and hold in breastfeeding) with structure (which is highly anatomically variable for both the tongue length and appearance and lingual and maxillary frenula).

For my own purposes, I define CTT as Type 1 and 2 on the Coryllos-Genna-Watson scale.8 In clinical practice, I also find it useful to rate the anterior membrane by the percentage of the undersurface of the tongue into which the membrane connects, applying the first two categories of the Griffiths Classification System.9 

There is a wide spectrum of lingual frenula morphologies and elasticities, and deciding where to draw a line between a normal variant and CTT will depend on the clinical judgment concerning the infant’s capacity for pain-free efficient milk transfer. However, that means we need to have an approach to fit and hold that we are confident does optimize pain-free efficient milk transfer and at the moment, research shows that not only do the old ‘hands on’ approach to fit and hold not work, but that baby-led attachment is also not enough for many women. This is why at the Possums Clinic we’ve been working on developing an approach to fit and hold (gestalt breastfeeding) that builds on baby-led attachment but also integrates the findings of the latest ultrasound studies.

I personally don’t find the diagnoses of posterior tongue tie PTT and upper lip tie ULT helpful, and don’t use them. Lois, Renee and myself find that a wide spectrum of normal anatomic lingual and maxillary frenula variants are currently being misdiagnosed as a PTT and ULT, which has worried us and led Lois to initiate the article with Renee.

Tatyana Elleseff: Segueing from the above question: is there an established criterion based upon which a decision is made by relevant professionals to “release” the tie and if so can you explain how it’s determined?

Image result for release tongue tieLois Wattis: When an anterior frenulum is attached at the tongue tip or nearby and is short enough to cause restriction of lift towards the palate, usually associated with extreme discomfort for the breastfeeding mother, I have no reservations about snipping it to release the tongue to enable optimal function for breastfeeding. If a simple frenotomy is going to assist the baby to breastfeed well it is worth doing, and as soon as possible. What I do encounter in my clinical practice are distressed and disempowered mothers whose baby has been labeled as having a posterior tongue tie and/or upper lip tie which is the cause of current and even future problems. Upon examination, the baby has completely normal oral anatomy and breastfeeding upskilling and confidence building of both mother and baby enables the dyad to go forward with strategies which address all elements of their unique story.

Although the Hazelbaker Assessment Tool for Lingual Frenulum Function (ATLFF) is a pioneering contribution, bringing us our first systematized approach to examination of the infant’s tongue and oral connective tissues, it is unreliable as a tool for decision-making concerning frenotomy.10-12 In practice many of the item criteria are highly subjective. Although one study found moderate inter-rater reliability on the ATLFF’s structural items, the authors did not find inter-rater reliability on most of the functional items.13 In my clinical experience, there is no reliable correlation between what the tongue is observed to do during oral examinations and what occurs during breastfeeding, other than in the case of classic tongue-tie (excluding congenital craniofacial abnormalities from this discussion.

In my practice as a Lactation Consultant in an acute hospital setting I use a combination of the available assessment tools mainly for documentation purposes, however, the most important tools I use are my eyes and my ears. Observing the mother and baby physical combination and interactions, and suggesting adjustments where indicated to the positioning and attachment technique used (which  Pam calls fit and hold) can very often resolve difficulties immediately – even if the baby also has an obvious frenulum under his/her tongue. Listening to the mother’s feedback, and observing the baby’s responses are primary indicators of whether further intervention is needed, or not. Watching how the baby achieves and retains the latch is key, then the examination of baby’s mouth to assess tongue mobility and appearance provide final information about whether baby’s ability to breastfeed comfortably is or is not being hindered by a restrictive lingual frenulum.

Tatyana Elleseff: So frenotomy is an incision (cut) of lingual frenum while frenectomy (complete removal) is an excision of lingual frenum.  Both can be performed via various methods of “release”. What effects on breastfeeding have you seen with respect to healing?

Lois Wattis:  The significant difference between both procedures involves the degree of invasiveness and level of pain experienced during and after the procedures, and the differing time it takes for the resumption and/or improvement in breastfeeding comfort and efficacy.

It is commonplace for a baby who has had a simple incision to breastfeed immediately after the procedure and exhibit no further signs of discomfort or oral aversion. Conversely, the baby who has had laser division(s) may breastfeed soon after the procedure while topical anesthetics are still working. However, many infants demonstrate discomfort, extreme pain responses and reluctance to feed for days or weeks following a  laser treatment.  Parents are warned to expect delays resuming feeding and the baby is usually also subjected to wound “stretches” for weeks following the laser treatments. Unfortunately, in my clinical practice I see many parents and babies who are very traumatized by this whole process, and in many cases, breastfeeding can be derailed either temporarily or permanently.

Image result for research studiesTatyana Elleseff: Thank you! This is highly relevant information for both health professionals and parents alike. I truly appreciate your clinical expertise on this topic. While we are on the topic of restrictive lingual frenulums can we discuss several recent articles published on surgical interventions for the above? For example (Ghaheri, Cole, Fausel, Chuop & Mace, 2016), recently published the result of their study which concluded that: “Surgical release of tongue-tie/lip-tie results in significant improvement in breastfeeding outcomes”.  Can you elucidate upon the study design and its findings?

Pamela Douglas:  Pre-post surveys, such as Ghaheri et al’s 2016 study, are notoriously methodologically weak and prone to interpretive bias.14 

Renee Kam:  Research about the efficacy of releasing ULTs to improve breastfeeding outcomes is seriously lacking. There is no reliable assessment tool for upper lip-tie and a lack of evidence to support the efficacy of a frenotomy of labial frenula in breastfed babies. The few studies which have included ULT release have either included very small numbers of babies having upper lip-tie releases or have included babies having a release upper lip ties and tongue ties at the same time, making it impossible to know if any improvements were due to the tongue-tie release, upper lip-tie release or both. Here, to answer your previous question, to date, no research has looked into the treatment of buccal ties for breastfeeding outcomes.

There are various classification scales for labial frenulums such as the Kotlow scale. The title of this scale is misleading as it contains the word ‘tie’. Hence it can give some people the incorrect assumption that a class III or IV labial frenulum is somehow a problem. What this scale actually shows is the normal range of insertion sites for a labial frenulum. And, in normal cases, the vast majority of babies’ labial frenulums insert low down on the upper gum (class III) or even wrap around it (class IV). It’s important to note that, for effective breastfeeding, the upper lip does not have to flange out in order to create a seal. It just has to rest in a neutral position — not flanged out, not tucked in.

Lois Wattis: I entirely agree with Renee’s view about the neutrality of the upper lip, including the labial frenulum, in relation to latch for breastfeeding. Even babies with asymmetrical facial features, cleft lips and other permanent and temporary anomalies only need to achieve a seal with the upper lip to breastfeed successfully.

Image resultTatyana Elleseff: Thank you for that. In addition to studies on tongue tie revisions and breastfeeding outcomes, there has been an increase in studies, specifically Kotlow (2016) and Siegel (2016), which claimed that surgical intervention improves outcomes for acid reflux and aerophagia in babies”.  Can you discuss these studies design and findings?

Renee Kam: The AIR hypothesis has led to reflux being used as another reason to diagnose the oral anatomic abnormalities in infants in the presence of breastfeeding problems. More research with objective indicators and less vested interest is needed in this area. A thorough understanding of normal infant behavior and feeding problems which aren’t tie related are also imperative before any conclusions about AIR can be reached.

Tatyana Elleseff: One final question, colleagues are you aware of any studies which describe long-term outcomes of surgical interventions for tongue ties?

Pamela Douglas:  The systematic reviews note that there is a lack of evidence demonstrating long-term outcomes of surgical interventions. 

Tatyana Elleseff: Thank you for such informative discussion, colleagues.

Related imageThere you have it, readers. Both research and clinical practice align to indicate that:

  • There’s significant normal variation when it comes to most anatomical structures including the frenulum
  • Just because a child presents with restricted frenulum does not automatically imply adverse feeding as well as speech outcomes and immediately necessitates a tongue tie release
  • When breastfeeding difficulties arise, in the presence of restricted frenulum, it is very important to involve an experienced lactation specialist who will perform a differential diagnosis in order to determine the source of the baby’s true breastfeeding difficulties

Now, I’d like to take a moment and address the myth of tongue ties affecting speech production,  which continues to persist among speech-language pathologists despite overwhelming evidence to the contrary.

For that purpose, I will use excerpts from an excellent ASHA Leader December 2005 article written by an esteemed Dr. Kummer who is certainly well qualified to discuss this issue. According to Dr. Kummer, “there is no empirical evidence in the literature that ankyloglossia typically causes speech defects. On the contrary, several authors, even from decades ago, have disputed the belief that there is a strong causal relationship (Wallace, 1963; Block, 1968; Catlin & De Haan, 1971; Wright, 1995; Agarwal & Raina, 2003).”

Related imageSince many children with restricted frenulum do not have any speech production difficulties, Dr Kummer explains why that is the case by discussing the effect of tongue tip positioning for speech production.

Lingual-alveolar sounds (t, d, n) are produced with the top of the tongue tip and therefore, they can be produced with very little tongue elevation or mobility.

The /s/ and /z/ sounds require the tongue tip to be elevated only slightly but can be produced with little distortion if the tip is down.

The most the tongue tip needs to elevate is to the alveolar ridge for the production of an /l/. However, this sound can actually be produced with the tongue tip down and the dorsum of the tongue up against the alveolar ridge. Even an /r/ sound can be produced with the tongue tip down as long as the back of the tongue is elevated on both sides.

The most the tongue needs to protrude is to the back of the maxillary incisors for the production of /th/. All of these sounds can usually be produced, even with significant tongue tip restriction. This can be tested by producing these sounds with the tongue tip pressed down or against the mandibular gingiva. This results in little, if any, distortion.” (Kummer, 2005, ASHA Leader)

In 2009, Dr. Sharynne McLeod, did research on electropalatography of speech sounds with adults. Her findings (below) which are coronal images of tongue positioning including bracing, lateral contact and groove formation for consonants support the above information provided by Dr. Kummer.

Once again research and clinical practice align to indicate that there’s insufficient evidence to indicate the effect of restricted frenulum on the production of speech sounds.

Finally, I would like to conclude this post with a list of links from recent systematic reviews summarizing the latest research on this topic.

Ankyloglossia/Tongue Tie Systematic Review Summaries to Date (2017):

  1. A small body of evidence suggests that frenotomy may be associated with mother reported improvements in breastfeeding, and potentially in nipple pain, but with small, short-term studies with inconsistent methodology, the strength of the evidence is low to insufficient.
  2. In an infant with tongue-tie and feeding difficulties, surgical release of the tongue-tie does not consistently improve infant feeding but is likely to improve maternal nipple pain. Further research is needed to clarify and confirm this effect.
  3. Data are currently insufficient for assessing the effects of frenotomy on nonbreastfeeding outcomes that may be associated with ankyloglossia
  4. Given the lack of good-quality studies and limitations in the measurement of outcomes, we considered the strength of the evidence for the effect of surgical interventions to improve speech and articulation to be insufficient.
  5. Large temporal increases and substantial spatial variations in ankyloglossia and frenotomy rates were observed that may indicate a diagnostic suspicion bias and increasing use of a potentially unnecessary surgical procedure among infants.

References

  1. Power R, Murphy J. Tongue-tie and frenotomy in infants with breastfeeding difficulties: achieving a balance. Archives of Disease in Childhood 2015;100:489-494.
  2. Francis DO, Krishnaswami S, McPheeters M. Treatment of ankyloglossia and breastfeeding outcomes: a systematic review. Pediatrics. 2015;135(6):e1467-e1474.
  3. O’Shea JE, Foster JP, O’Donnell CPF, Breathnach D, Jacobs SE, Todd DA, et al. Frenotomy for tongue-tie in newborn infants (Review). Cochrane Database of Systematic Reviews. 2017 (3):Art. No.:CD011065.
  4. Hall D, Renfrew M. Tongue tie. Archives of Disease in Childhood. 2005;90:1211-1215.
  5. Coryllos E, Watson Genna C, Salloum A. Congenital tongue-tie and its impact on breastfeeding. Breastfeeding: Best for Mother and Baby, American Academy of Pediatrics. 2004 Summer:1-6.
  6. Coryllos EV, Watson Genna C, LeVan Fram J. Minimally Invasive Treatment for Posterior Tongue-Tie (The Hidden Tongue-Tie). In: Watson Genna C, editor. Supporting Sucking Skills. Burlington, MA: Jones and Bartlett Learning; 2013. p. 243-251.
  7. National Health and Medical Research Council. Infant feeding guidelines: information for health workers. In: Government A, editor. 2012. p. https://www.nhmrc.gov.au/guidelines-publications/n56.
  8. Watson Genna C, editor. Supporting sucking skills in breastfeeding infants. Burlington, MA: Jones and Bartlett Learning; 2016.
  9. Griffiths DM. Do tongue ties affect breastfeeding? . Journal of Human Lactation. 2004;20:411.
  10. Ricke L, Baker N, Madlon-Kay D. Newborn tongue-tie: prevalence and effect on breastfeeding. Journal of American Board of Family Practice. 2005;8:1-8.
  11. Madlon-Kay D, Ricke L, Baker N, DeFor TA. Case series of 148 tongue-tied newborn babies evaluated with the assessment tool for lingual function. Midwifery. 2008;24:353-357.
  12. Ballard JL, Auer CE, Khoury JC. Ankyloglossia: assessment, incidence, and effect of frenuloplasty on the breastfeeding dyad. Pediatrics. 2002;110:e63.
  13. Amir L, James JP, Donath SM. Reliability of the Hazelbaker Assessment Tool for Lingual Frenulum Function. International Breastfeeding Journal. 2006;1:3.
  14. Douglas PS. Conclusions of Ghaheri’s study that laser surgery for posterior tongue and lip ties improve breastfeeding are not substantiated. Breastfeeding Medicine. 2017;12(3):DOI: 10.1089/bfm.2017.0008.

Author Bios (in alphabetical order):

Dr. Pamela Douglas  is the founder of a charitable organization, the Possums Clinic, a general practitioner since 1987, an IBCLC (1994-2004; 2012-Present) and researcher. She is an Associate Professor (Adjunct) with the Centre for Health Practice Innovation, Griffith University, and a Senior Lecturer with the Discipline of General Practice, The University of Queensland. Pam enjoys working clinically with families across the spectrum of challenges in early life, many complex (including breastfeeding difficulty) unsettled infant behaviors, reflux, allergies, tongue-tie/oral connective tissue problems, and gut problems. She is author of The discontented little baby book: all you need to know about feeds, sleep and crying (UQP) www.possumsonline.com; www.pameladouglas.com.au

Renee Kam qualified with a Bachelor of Physiotherapy from the University of Melbourne in 2000. She then worked as a physiotherapist for 6 years, predominantly in the areas of women’s health, pediatric and musculoskeletal physiotherapy. She became an Australian Breastfeeding Association Breastfeeding (ABA) counselor in 2010 and obtained the credential of International Board Certified Lactation Consultant (IBCLC) in 2012. In 2013, Renee’s book, The Newborn Baby Manual, was published which covers the topics that Renee is passionate about; breastfeeding, baby sleep and baby behavior. These days, Renee spends most of her time being a mother to her two young daughters, writing breastfeeding content for BellyBelly.com.au, fulfilling her role as national breastfeeding information manager with ABA and working as an IBCLC in private practice and at a private hospital in Melbourne, Australia.

Lois Wattis is a Registered Nurse/Midwife, International Board Certified Lactation Consultant and Fellow of the Australian College of Midwives. Working in both hospital and community settings, Lois has enhanced her midwifery skills and expertise by providing women-centred care to thousands of mothers and babies, including more than 50 women who chose to give birth at home. Lois’ qualifications include Bachelor of Nursing Degree (Edith Cowan University, Perth WA), Post Graduate Diploma in Clinical Nursing, Midwifery (Curtin University, Perth WA), accreditation as Independent Practising Midwife by the Australian College of Midwives in 2002 and International Board Certified Lactation Consultant in 2004. Lois was inducted as a Fellow of the Australian College of Midwives (FACM) in 2005 in recognition of her services to women and midwifery in Australia. Lois has authored numerous articles which have been published internationally in parenting and midwifery journals, and shares her broad experience via her creations “New Baby 101” book, smartphone App, on-line videos and Facebook page. www.newbaby101.com.au Lois has worked for the past 10 years in Qld, Australia in a dedicated Lactation Consultant role as well as in private practice www.birthjourney.com

 

 

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A Focus on Literacy

Image result for literacyIn recent months, I have been focusing more and more on speaking engagements as well as the development of products with an explicit focus on assessment and intervention of literacy in speech-language pathology. Today I’d like to introduce 4 of my recently developed products pertinent to assessment and treatment of literacy in speech-language pathology.

First up is the Comprehensive Assessment and Treatment of Literacy Disorders in Speech-Language Pathology

which describes how speech-language pathologists can effectively assess and treat children with literacy disorders, (reading, spelling, and writing deficits including dyslexia) from preschool through adolescence.  It explains the impact of language disorders on literacy development, lists formal and informal assessment instruments and procedures, as well as describes the importance of assessing higher order language skills for literacy purposes. It reviews components of effective reading instruction including phonological awareness, orthographic knowledge, vocabulary awareness,  morphological awareness, as well as reading fluency and comprehension. Finally, it provides recommendations on how components of effective reading instruction can be cohesively integrated into speech-language therapy sessions in order to improve literacy abilities of children with language disorders and learning disabilities.

from wordless books to readingNext up is a product entitled From Wordless Picture Books to Reading Instruction: Effective Strategies for SLPs Working with Intellectually Impaired StudentsThis product discusses how to address the development of critical thinking skills through a variety of picture books utilizing the framework outlined in Bloom’s Taxonomy: Cognitive Domain which encompasses the categories of knowledge, comprehension, application, analysis, synthesis, and evaluation in children with intellectual impairments. It shares a number of similarities with the above product as it also reviews components of effective reading instruction for children with language and intellectual disabilities as well as provides recommendations on how to integrate reading instruction effectively into speech-language therapy sessions.

Improving critical thinking via picture booksThe product Improving Critical Thinking Skills via Picture Books in Children with Language Disorders is also available for sale on its own with a focus on only teaching critical thinking skills via the use of picture books.

Best Practices in Bilingual LiteracyFinally,   my last product Best Practices in Bilingual Literacy Assessments and Interventions focuses on how bilingual speech-language pathologists (SLPs) can effectively assess and intervene with simultaneously bilingual and multicultural children (with stronger academic English language skills) diagnosed with linguistically-based literacy impairments. Topics include components of effective literacy assessments for simultaneously bilingual children (with stronger English abilities), best instructional literacy practices, translanguaging support strategies, critical questions relevant to the provision of effective interventions, as well as use of accommodations, modifications and compensatory strategies for improvement of bilingual students’ performance in social and academic settings.

You can find these and other products in my online store (HERE).

Helpful Smart Speech Therapy Resources:

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C/APD Update: New Developments on an Old Controversy

In the past two years, I wrote a series of research-based posts (HERE and HERE) regarding the validity of (Central) Auditory Processing Disorder (C/APD) as a standalone diagnosis as well as questioned the utility of it for classification purposes in the school setting.

Once again I want to reiterate that I was in no way disputing the legitimate symptoms (e.g., difficulty processing language, difficulty organizing narratives, difficulty decoding text, etc.), which the students diagnosed with “CAPD” were presenting with.

Rather, I was citing research to indicate that these symptoms were indicative of broader linguistic-based deficits, which required targeted linguistic/literacy-based interventions rather than recommendations for specific prescriptive programs (e.g., CAPDOTS, Fast ForWord, etc.),  or mere accommodations.

I was also significantly concerned that overfocus on the diagnosis of (C)APD tended to obscure REAL, language-based deficits in children and forced SLPs to address erroneous therapeutic targets based on AuD recommendations or restricted them to a receipt of mere accommodations rather than rightful therapeutic remediation.

Today I wanted to update you regarding new developments, which took place since my last blog post was written 1.5 years ago, regarding the validity of “C/APD” diagnosis.

In April 2016, de Wit and colleagues published a systematic review in the Journal of Speech, Language, and Hearing Research. Their purpose was to review research studies describing the characteristics of APD in children and determine whether these characteristics merited a label of a distinct clinical disorder vs. being representative of other disorders.  After they searched 6 databases they chose 48 studies which satisfied appropriate inclusion criteria. Unfortunately, only 1 study had strong methodological quality and what’s even more disappointing, the children in their studies were very dissimilar and presented with incredibly diverse symptomology. The authors concluded that: “the listening difficulties of children with APD may be a consequence of cognitive, language, and attention issues rather than bottom-up auditory processing.”

In other words, because APD is not a distinct clinical disorder, a diagnosis of APD would not contribute anything to the child’s functioning beyond showing that the child is experiencing linguistically based deficits, which bear further investigation.

To continue, you may remember that in my first CAPD post I extensively cited a tutorial written by Dr. David DeBonis, who is an AuD. In his article, he pointed out numerous inconsistencies involved in CAPD testing and concluded that “routine use of CAPD test protocols cannot be supported” and that [CAPD] “intervention needs to be contextualized and functional.”

In July 2016, Iliadou, Sirimanna, & Bamiou published an article: “CAPD Is Classified in ICD-10 as H93.25 and Hearing Evaluation—Not Screening—Should Be Implemented in Children With Verified Communication and/or Listening Deficits” protesting DeBonis’s claim that CAPD is not a unique clinical entity and as such should not be included in any disease classification system.  They stated that DeBonis omitted the fact that “CAPD is included in the U.S. version of the International Statistical Classification of Diseases and Related Health Problems–10th Revision (ICD-10) under the code H93.25” (p. 368). They also listed what they believed to be a number of article omissions, which they claimed biased DeBonis’s tutorial’s conclusions.

The authors claimed that DeBonis provided a limited definition of CAPD based only on ASHA’s Technical report vs. other sources such as American Academy of Audiology (2010), British Society of Audiology Position Statement (2011), and Canadian Guidelines on Auditory Processing Disorder in Children and Adults: Assessment Intervention (2012).  (p. 368)

The also authors claimed that DeBonis did not adequately define the term “traditional testing” and failed to provide several key references for select claims.  They disagreed with DeBonis’s linkage of certain digit tests, as well as his “lumping” of studies which included children with suspected and diagnosed APD into the same category. (p. 368-9)  They also objected to the fact that he “oversimplified” results of positive gains of select computer-based interventions for APD, and that in his summary section he listed only selected studies pertinent to the topic of intelligence and auditory processing skills. (p. 369).

Their main objection, however, had to do with the section of DeBonis’s article that contained “recommended assessment and intervention process for children with listening and communication difficulties in the classroom”.  They expressed concerns with his recommendations on the grounds that he failed to provide published research to support that this was the optimal way to provide intervention. The authors concluded their article by stating that due to the above-mentioned omissions they felt that DeBonis’s tutorial “show(ed) unacceptable bias” (p. 370).

In response to the Iliadou, Sirimanna, & Bamiou, 2016 concerns, DeBonis issued his own response article shortly thereafter (DeBonis, 2016). Firstly, he pointed out that when his tutorial was released in June 2015 the ICD-10 was not yet in effect (it was enacted Oct 1, 2015). As such his statement was factually accurate.

Secondly, he also made a very important point regarding the C/APD construct validity, namely that it fails to satisfy the Sydenham–Guttentag criteria as a distinct clinical entity (Vermiglio, 2014). Namely, despite attempts at diagnostic uniformity, CAPD remains ambiguously defined, with testing failing to “represent a homogenous patient group.” (p. 906).

For those who are unfamiliar with this terminology (as per direct quote from Dr. Vermiglio’s presentation): “The Sydenham-Guttentag Criteria for the Clinical Entity Proposed by Vermiglio (accepted 2014, JAAA) is as follows:

  1. The clinical entity must possess an unambiguous definition (Sydenham, 1676; FDA, 2000)
  2. It must represent a homogeneous patient group (Sydenham, 1676; Guttentag, 1949, 1950; FDA, 2000)
  3. It must represent a perceived limitation (Guttentag, 1949)
  4. It must facilitate diagnosis and intervention (Sydenham, 1676; Guttentag, 1949; FDA, 2000)

Thirdly, DeBonis addressed Iliadou, Sirimanna, & Bamiou, 2016 concerns that he did not use the most recent definition of APD by pointing out that he was most qualified to discuss the US system and its definitions of CAPD, as well as that “the U.S. guidelines, despite their limitations and age, continue to have a major impact on the approach to auditory processing disorders worldwide” (p.372). He also elucidated that: the AAA’s (2010) definition of CAPD is “not so much built on previous definitions but rather has continued to rely on them” and as such does not constitute a “more recent” source of CAPD definitions. (p.372)

DeBonis next addressed the claim that he did not adequately define the term “traditional testing”. He stated that he defined it on pg. 125 of his tutorial and that information on it was taken directly from the AAA (2010) document. He then explained how it is “aligned with bottom-up aspects of the auditory system” by citing numerous references (see p. 372 for further details).  After that, he addressed Iliadou, Sirimanna, & Bamiou, 2016 claim that he failed to provide references by pointing out the relevant citation in his article, which they failed to see.

Next, he proceeded to address their concerns “regarding the interaction between cognition and auditory processing” by reiterating that auditory processing testing is “not so pure” and is affected by constructs such as memory, executive function skills, etc. He also referenced the findings of  Beck, Clarke and Moore (2016)  that “most currently used tests of APD are tests of language and attention…lack sensitivity and specificity” (p. 27).

The next point addressed by DeBonis was the use of studies which included children with suspected vs. confirmed APD. He agreed that “one cannot make inferences about one population from another” but added that the data from the article in question “provided insight into the important role of attention and memory in children who are poor listeners” and that “such listeners represent the population [which] should be [AuD’s] focus.” (p.373)

From there on, DeBonis moved on to address Iliadou, Sirimanna, & Bamiou, 2016 claims that he “oversimplified” the results of one CBAT study dealing with effects of computer-based interventions for APD. He responded that the authors of that review themselves stated that: “the evidence for improving phonological awareness is “initial”.

Consequently, “improvements in auditory processing—without subsequent changes in the very critical tasks of reading and language—certainly do not represent an endorsement for the auditory training techniques that were studied.” (p.373)

Here, DeBonis also raised concerns regarding the overall concept of treatment effectiveness, stating that it should not be based on “improved performance on behavioral tests of auditory processing or electrophysiological measures” but ratheron improvements on complex listening and academic tasks“. (p.373) As such,

  1. “This limited definition of effectiveness leads to statements about the impact of certain interventions that can be misinterpreted at best and possibly misleading.”
  2. “Such a definition of effectiveness is unlikely to be satisfying to working clinicians or parents of children with communication difficulties who hope to see changes in day-to-day communication and academic abilities.” (p.373)

Then, DeBonis addressed Iliadou, Sirimanna, & Bamiou, 2016 concerns regarding the omission of an article supporting CAPD and intelligence as separate entities. He reiterated that the aim of his tutorial was to note that “performance on commonly used tests of auditory processing is highly influenced by a number of cognitive and linguistic factors” rather than to “do an overview of research in support of and in opposition to the construct”. (p.373)

Subsequently, DeBonis addressed the Iliadou, Sirimanna, & Bamiou, 2016 claim that he did not provide research to support his proposed testing protocol, as well as that he made a figure error. He conceded that the authors were correct with respect to the figure error (the information provided in the figure was not sufficient). However, he pointed out that the purpose of his tutorial was to “to review the literature related to ongoing concerns about the use of the CAPD construct in school-aged children and to propose an alternative assessment/intervention procedure that moves away from testing “auditory processing” and moves toward identifying and supporting students who have listening challenges”. As such, while the effectiveness of his model is being tested, it makes sense to “use of questionnaires and speech-in-noise tests with very strong psychometric characteristics” and thoroughly assess these children’s “language and cognitive skills to reduce the chance of misdiagnosis”  in order to provide functional interventions (p.373).

Finally, Debonis addressed the Iliadou, Sirimanna, & Bamiou, 2016 accusation that his tutorial contained “unacceptable bias”. He pointed out that “the reviewers of this [his 2015 article article] did not agree” and that since the time of that article’s publication “readers and other colleagues have viewed it as a vehicle for important thought about how best to help children who have listening difficulties.” (p. 374)

Having read the above information, many of you by now must be wondering: “Why is the research on APD as a valid stand alone diagnosis continues to be published at regular intervals?”

To explain the above phenomenon, I will use several excerpts from an excellent presentation by Kamhi, A, Vermiglio, A, & Wallach, G (2016), which I attended during the 2016 ASHA Convention in Philadephia, PA.

It has been suggested that the above has to do with: “The bias of the CAPD Convention Committee that reviews submissions.” Namely, “The committee only accepts submissions consistent with the traditional view of (C)APD espoused by Bellis, Chermak and others who wrote the ASHA (2005) position statement on CAPD.”

Kamhi Vermiglio, and Wallach (2016) supported this claim by pointing out that when Dr. Vermiglio attempted to submit his findings on the nature of “C/APD” for the 2015 ASHA Convention, “the committee did not accept Vermiglio’s submission” but instead accepted the following seminar: “APD – It Exists! Differential Diagnosis & Remediation” and allocated for it “a prominent location in the program planner.”

Indeed, during the 2016 ASHA convention alone, there was a host of 1 and 2-hour pro-APD sessions such as: “Yes, You CANS! Adding Therapy for Specific CAPDs to an IEP“, “Perspectives on the Assessment & Treatment of Individuals With Central Auditory Processing Disorder (CAPD)“, as well asThe Buffalo Model for CAPD: Looking Back & Forward, in addition to a host of posters and technical reports attempting to validate this diagnosis despite mounting evidence refuting that very fact. Yet only one session, “Never-Ending Controversies With CAPD: What Thinking SLPs & Audiologists Know” presented by Kamhi, Vermiglio, & Wallach (two SLPs and one AuD) and accepted by a non-AuD committee, discussed the current controversies raging in the fields of speech pathology and audiology pertaining to “C/APD”. 

In 2016, Diane Paul, the Director of Clinical Issues in Speech-Language Pathology at ASHA  had asked Kamhi, Vermiglio, and Wallach “to offer comments on the outline of audiology and SLP roles in assessing and treating CAPD”.  According to Kamhi, et al, 2016, the outline did not mention any of controversies in assessment and diagnosis documented by numerous authors dating as far as 2009. It also did not “mention the lack of evidence on the efficacy of auditory interventions documented in the systematic review by Fey et al. (2011) and DeBonis (2015).”

At this juncture, it’s important to start thinking regarding possible incentives a professional might have to continue performing APD testing and making prescriptive program recommendations despite all the existing evidence refuting the validity and utility of APD diagnosis for children presenting with listening difficulties.

Conclusions:

  • There is still no compelling evidence that APD is a stand-alone diagnosis with clear diagnostic criteria
  • There is still no compelling evidence that auditory deficits are a “significant risk factor for  language or academic performance”
  • There is still no compelling evidence that “auditory interventions provide any unique benefit to auditory, language, or academic outcomes” (Hazan, Messaoud-Galusi, Rosan, Nouwens, & Shakespeare, 2009; Watson & Kidd, 2009)
  • APD deficits are linguistically based deficits which accompany a host of developmental conditions ranging from developmental language disorders to learning disabilities, etc.
  • SLPs should continue comprehensively assessing children diagnosed with “C/APD” to determine the scope of their linguistic deficits
  • SLPs should continue formulating language goals to  determine linguistic areas of weaknesses
  • SLPS should be wary of any goals or recommendations which focus on remediation of isolated skills such as: “auditory discrimination, auditory sequencing, phonological memory, working memory, or rapid serial naming” since studies have definitively confirmed their lack of effectiveness (Fey, et al, 2011)
  • SLPs should be wary of any prescriptive programs offering C/APD “interventions”
  • SLPs should focus on improving children’s abilities for functional communication including listening, speaking, reading, and writing
    • Please see excellent article written by Dr. Wallach in 2014 entitled: Improving Clinical Practice: A School-Age and School-Based Perspective. It “presents a conceptual framework for intervention at school-age levels” and discusses “advanced levels of language that move beyond preschool and early elementary grade goals and objectives with a focus on comprehension and meta-abilities.”

So there you have it, sadly, despite research and logic, the controversy is very much alive! Except I am seeing some new developments!

I see SLPs, newly-minted and seasoned alike, steadily voicing their concerns regarding the symptomology they are documenting in children diagnosed with so-called “CAPD” as being purely auditory in nature.

I see more and more SLPs supporting research evidence and science by voicing their concerns regarding the numerous diagnostic markers of ‘CAPD’ which do not make sense to them by stating “Wait a second – that can’t be right!”.

I see more and more SLPs documenting the lack of progress children make after being prescribed isolated FM systems or computer programs which claim to treat “APD symptomology” (without provision of therapy services).  I see more and more SLPs beginning to understand the lack of usefulness of this diagnosis, who switch to using language-based interventions to teach children to listen, speak, read and write and to generalize these abilities to both social and academic settings.

I see more and more SLPs beginning to understand the lack of usefulness of this diagnosis, who switch to using language-based interventions to teach children to listen, speak, read and write and to generalize these abilities to both social and academic settings.

So I definitely do see hope on the horizon!

References:

(arranged in chronological order of citation in the blog post):

Related Posts:

 

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Teaching Punctuation for Writing Success

Child, Kid, Play, Tranquil, Study, Color, Write, LearnLast week  I wrote a blog post entitled: “Teaching Metalinguistic Vocabulary for Reading Success” in which I described the importance of explicitly teaching students basic metalinguistic vocabulary terms as elementary building blocks needed for reading success (HERE).  This week I wanted to write a brief blog post regarding terminology related to one particular, often ignored aspect of writing, punctuation.

Punctuation brings written words to life. As we have seen from countless of grammar memes, an error in punctuation results in conveying a completely different meaning.

In my experience administering the Test of Written Language – 4 (TOWL – 4) as well as analyzing informal writing samples I frequently see an almost complete absence of any and all punctuation marks in the presented writing samples.  These are not the samples of 2nd, 3rd, or even 4th graders that I am referring to. Sadly, I’m referring to written samples of students in middle school and even high school, which frequently lack basic punctuation and capitalization.

This explicit instruction of punctuation terminology does significantly improve my students understanding of sentence formation. Even my students with mild to moderate intellectual disabilities significantly benefit from understanding how to use periods, commas and question marks in sentences.

I even created a basic handout to facilitate my students comprehension of usage of punctuation marks (FREE HERE) in sentences.

Similarly to my metalinguistic vocabulary handout, I ask my older elementary aged students with average IQ, to look up online and write down rules of usage for each of the provided terms (e.g., colon, hyphen, etc,.), under therapist supervision.

This in turns becomes a critical thinking and an executive functions activity. Students need sift through quite a bit of information to find a website which provides the clearest answers regarding the usage of specific punctuation marks. Here, it’s important for students to locate kid friendly websites which will provide them with simple but accurate descriptions of punctuation marks usage.  One example of such website is Enchanted Learning which also provides free worksheets related to practicing punctuation usage.

In contrast to the above, I use structured worksheets and punctuation related workbooks for younger elementary age students (e.g., 1st – 5th grades) as well as older students with intellectual impairments (click on each grade number above to see the workbooks).

I find that even after several sessions of explicitly teaching punctuation usage to my students, their written sentences significantly improve in clarity and cohesion.

One of the best parts about this seemingly simple activity, is that due to the sheer volume of provided punctuation mark vocabulary (20 items in total), a creative clinician/parent can stretch this activity into multiple therapy sessions. This is because careful rule identification for each punctuation mark will in turn involve a number of related vocabulary definition tasks.  Furthermore, correct usage of each punctuation mark in a sentence for internalization purposes (rather mere memorization) will also take-up a significant period of time.

How about you? Do you explicitly work on teaching punctuation?

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Teaching Metalinguistic Vocabulary for Reading Success

In my therapy sessions I spend a significant amount of time improving literacy skills (reading, spelling, and writing) of language impaired students.  In my work with these students I emphasize goals with a focus on phonics, phonological awareness, encoding (spelling) etc. However, what I have frequently observed in my sessions are significant gaps in the students’ foundational knowledge pertaining to the basics of sound production and letter recognition.  Basic examples of these foundational deficiencies involve students not being able to fluently name the letters of the alphabet, understand the difference between vowels and consonants, or fluently engage in sound/letter correspondence tasks (e.g., name a letter and then quickly and accurately identify which sound it makes).  Consequently, a significant portion of my sessions involves explicit instruction of the above concepts.

This got me thinking regarding my students’ vocabulary knowledge in general.  We, SLPs, spend a significant amount of time on explicit and systematic vocabulary instruction with our students because as compared to typically developing peers, they have immature and limited vocabulary knowledge. But do we teach our students the abstract vocabulary necessary for reading success? Do we explicitly teach them definitions of a letter, a word, a sentence? etc.

A number of my colleagues are skeptical. “Our students already have poor comprehension”, they tell me, “Why should we tax their memory with abstract words of little meaning to them?”  And I agree with them of course, but up to a point.

I agree that our students have working memory and processing speed deficits as a result of which they have a much harder time learning and recalling new words.

However, I believe that not teaching them meanings of select words pertaining to language is a huge disservice to them. Here is why. To be a successful communicator, speaker, reader, and writer, individuals need to possess adequate metalinguistic skills.

In simple terms “metalinguistics” refers to the individual’s ability to actively think about, talk about, and manipulate language. Reading, writing, and spelling require active level awareness and thought about language. Students with poor metalinguistic skills have difficulty learning to read, write, and spell.  They lack awareness that spoken words are made up of individual units of sound, which can be manipulated. They lack awareness that letters form words, words form phrases and sentences, and sentences form paragraphs. They may not understand that letters make sounds or that a word may consist of more letters than sounds (e.g., /ship/). The bottom line is that students with decreased metalinguistic skills cannot effectively use language to talk about concepts like sounds, letters, or words unless they are explicitly taught those abilities.

So I do! Furthermore, I can tell you that explicit instruction of metalinguistic vocabulary does significantly improve my students understanding of the tasks involved in obtaining literacy competence. Even my students with mild to moderate intellectual disabilities significantly benefit from understanding the meanings of: letters, words, sentences, etc.

I even created a basic abstract vocabulary handout to facilitate my students comprehension of these words (FREE HERE). While by no means exhaustive, it is a decent starting point for teaching my students the vocabulary needed to improve their metalinguistic skills.

For older elementary aged students with average IQ, I only provide the words I want them to define, and then ask them to look up their meanings online via the usage of PC or an iPad. This turns of vocabulary activity into a critical thinking and an executive functions task.

Students need to figure out the appropriate search string needed to in order to locate the answer as well as which definition comes the closest to clearly and effectively defining the presented word. One of the things I really like about Google online dictionary, is that it provides multiple definitions of the same words along with word origins. As a result, it teaches students to carefully review and reflect upon their selected definition in order to determine its appropriateness.

A word of caution as though regarding using Kiddle, Google-powered search engine for children. While it’s great for locating child friendly images, it is not appropriate for locating abstract definition of words. To illustrate, when you type in the string search into Google, “what is the definition of a letter?” You will get several responses which will appropriately match  some meanings of your query.  However the same string search in Kiddle, will merely yield helpful tips on writing a letter as well as images of envelopes with stamps affixed to them.

In contrast to the above, I use a more structured vocabulary defining activities for younger elementary age students as well as students with intellectual impairments. I provide simple definitions of abstract words, attach images and examples to each definition as well as create cloze activities and several choices of answers in order to ensure my students’ comprehension of these words.

I find that this and other metalinguistic activities significantly improve my students comprehension of abstract words such as ‘communication’, ‘language’, as well as ‘literacy’. They cease being mere buzzwords, frequently heard yet consistently not understood.  To my students these words begin to come to life, brim with meaning, and inspire numerous ‘aha’ moments.

Now that you’ve had a glimpse of my therapy sessions I’d love to have a glimpse of yours. What metalinguistic goals related to literacy are you targeting with your students? Comment below to let me know.

 

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Review and Giveaway: ‘I Can Do’ Apps Early Literacy and Critical Thinking Bundle

FullSizeRenderToday I’m excited to review  not just one but a bundle of four different apps I Can Do Apps    developed by Carrie Steenbergen M.S, CCC-SLP.

This bundle consists of the following 4 apps:

  • Associations
  • Categories
  • Rhyming
  • Starting Sounds

These apps are perfect for young preschool and kindergarten age children or older children with developmental disabilities and language delay. Reminiscent of the Kindergarten.com apps (no longer available in the US) they have a simple layout and engaging real life photographs to facilitate students interest.

All of the below I Can Do apps have five different levels, each containing 10 trials (with the exception of memory games). They contain pictures of real objects and are wonderfully randomized.

Levels increase in the order of difficulty and movement between screens is accomplished manually for teaching purposes. The apps allow the clinician/parent to  turn on/off written words and audio reinforcement after selected answers.

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First up is the Associations app. It’s five levels are: 

1. Identify associated items given two choicesIMG_0461

2. Identify associated items given three choices

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3. Identify two out of four associated pictures

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4. Identify three out of six associated pictures

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5. Identify the item which does not belong

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Next is the Categories app. It’s five levels are: 

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1. Identify a picture that fits into a specific category given two visual choices

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2. “Find the other category member” from three visual choices

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3. Identify a picture that fits into a specific category given three visual choicesIMG_0471

4. Identify two out of four pictures which go together

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5. Identify the item which does not belong in a category

Now let’s talk about the Rhyming app, it’s five levels are: 

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1. Identify a rhyme from two pictures with labels
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2. Identify rhyme from two pictures

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3. Identify a rhyme from three pictures

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4. Identify a rhyme from four pictures

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5. Play a rhyming memory matching game

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Finally there is the most advanced app in the bundle the Starting Sounds app, and it’s five levels are: 

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1. Identify the starting sound

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2. Identify the picture which begins with the given sound

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3. Identify the picture starting with the given sound give 2 visual choices

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4. Identify the picture starting with the given sound give 2 visual choices IMG_0477

5. Play a memory matching game

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There you have it! These practical, relatively inexpensive apps ($2.99 each or $9.99 per bundle) are great for introducing early critical thinking and emergent literacy skills to young children.

I really enjoyed using them and found them particularly effective for my 4 to 6 year old language impaired preschoolers as well in my older 8 to 10-year-old client with developmental disabilities such as Down Syndrome, Fragile X, as well nonspecific cognitive disabilities.

Find them separately or together in the iTunes Store or, thanks to the generosity of their developer enter my rafflecopter giveaway for a chance to win your own bundle!

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