Anna underwent a comprehensive neuropsychological assessment to evaluate her cognitive, behavioral, and emotional functioning. The process included clinical interviews, standardized tests, and behavioral measures, providing a holistic view of her neurodevelopmental profile.

Clinical Interviews: Conducted on 09/15/2023 and 09/22/2023, these gathered information about Anna’s developmental history, daily functioning, challenges, and support systems. Input from her family, including her mother, contextualized the test results.

Cognitive/Intellectual Functioning: The Wechsler Adult Intelligence Scale, Fourth Edition (WAIS-IV; 11/03/2023) assessed Anna’s verbal comprehension, perceptual reasoning, working memory, and processing speed, highlighting her borderline intellectual functioning.

Academic Achievement: The Kaufman Test of Educational Achievement, Third Edition (KTEA-3; 11/03/2023 and 11/10/2023) evaluated Anna’s skills in reading, math, and written language, revealing challenges in reading comprehension related to ADHD and autism.

Attention and Behavior: The Conners Continuous Performance Test, Third Edition (CPT-3; 11/10/2023), assessed sustained attention, while the Conners’ Adult ADHD Rating Scales (CAARS; 11/23/2023) provided self-reported ADHD symptoms. Observational ratings from her mother (11/11/2023) added an external perspective.

The multi-step evaluation combined objective tests and subjective observations, thoroughly understanding Anna’s neuropsychological functioning.

All ethical guidelines were strictly adhered to throughout the assessment process, ensuring the protection of Anna’s rights and well-being. Informed consent was obtained from Anna prior to the initiation of any assessments. She was fully informed about the purpose of the evaluation, the types of tests that would be administered, and how the results would be used. Anna was also asked if she would consent to publish her results, and she gave explicit consent to share her findings for academic purposes. Anna gave her permission to write this article.

Although Anna, in her early 20s (19 years 10 months), was deemed mature enough to provide consent on her own, her parents’ assent was also sought, as they were financially responsible for the assessment. This step was taken to respect their role in decision-making and ensure that all parties involved were comfortable with the assessment procedure. Confidentiality was maintained throughout the process, and all data collected were kept private and securely stored, accessible only to the relevant professionals involved in the evaluation.

Additionally, throughout the assessment, care was taken to prioritize Anna’s well-being. The evaluations were conducted in a supportive and non-invasive manner, with frequent check-ins to ensure she felt comfortable and understood the process. This approach ensured that Anna’s dignity and autonomy were respected throughout the evaluation.

Anna’s parents sought assessments for autism, ADHD, and cognitive functioning to understand her condition fully and provide tailored support for her education, achievements, and future career, emphasizing self-sufficiency and overall well-being based on the counselor’s advice.

During the session, Anna’s parents expressed concerns about their daughter’s well-being, noting she has not yet received a formal diagnosis. They are actively seeking assessments for autism, ADHD, and cognitive functioning to understand her condition better. Their primary goal is to support Anna’s education, achievements, and future career, per the counselor’s recommendation for these assessments. They are committed to equipping Anna with the necessary tools for self-sufficiency and well-being.

Anna’s mother shared her ten-year counseling history and emphasized the need for assessments following Anna’s concussion from a sports-related injury two years ago. Anna has also exhibited social difficulties, misinterpretation of cues, noise sensitivity, and communication challenges. Her mother also noted Anna’s difficulty matching facial expressions to feelings, hindering her social engagement. Anna is currently on ADHD medication, which has heightened her sensitivity to stimuli.

Her father added, “I suspect she might be on the autism spectrum and has auditory processing challenges.”

When asked about neglect or abuse, both parents adamantly denied any such behaviors. They acknowledged Anna’s struggles with ADHD but clarified that she has not received a formal diagnosis. They mentioned Anna’s participation in the Special Education Early Intervention Program since she was 18 months old.

During the evaluation, Anna appeared in good health and shared her concerns: “I suspect I might have autism and ADHD. I want to understand myself better, including my strengths and limitations, to inform my future career choices. Although I aim to become a veterinary technician, I question whether this goal aligns with my current abilities. How can I best support myself at this point? Do I need to adapt my study methods? I am in my first year of college, pursuing an Associate’s degree in Art and Agriculture.”

Anna, an 18-year-old and the only child in her family spoke highly of her parents, emphasizing their support and encouragement of her autonomy. She described their efforts to motivate her socially and expressed warmth about their involvement, noting they are subtly demanding but deeply loving.

Her father often tells her: “Anything you think about, you can make it. Trust yourself.” Anna shared her satisfaction with their reassurance, particularly their consistent message: “You are our daughter before being a student, and our love is not dependent on your academic success. It is more than that—nothing is worth more than you.”

Anna expressed gratitude for her mother’s dedication to her success, noting her active participation in school meetings, her involvement in Anna’s Individualized Education Plan (IEP), and her long-standing relationship with a counselor to address social challenges and provide ongoing support.

Despite living with her parents after turning 18, Anna appreciates her independence and values the nonjudgmental and supportive environment they provide. She shared that their trust in her abilities and unconditional love motivates her to strive for personal growth, describing their influence as the “fuel” that drives her forward.

Anna completed the Wechsler Adult Intelligence Scale, Fourth Edition (WAIS-IV). The WAIS-IV is a measure of intellectual abilities (See Table 1 ).

Anna scored 83 in Verbal Comprehension (13^th percentile), 75 in Perceptual Reasoning (4^th percentile), 86 in Working Memory (18^th percentile), and 71 in Processing Speed (3^rd percentile). Verbal Comprehension and Working Memory fall in the Low Average range, while Perceptual Reasoning and Processing Speed are in the Borderline range.

Her Working Memory (86) is a relative strength, surpassing her Verbal Comprehension, Perceptual Reasoning, and Processing Speed. This indicates that she can hold and manipulate information better than she can process verbal, nonverbal, or rote information quickly.

These weaknesses may impact her ability to understand and apply information, affecting her academic performance and daily tasks. Her Full-Scale IQ is 74, placing her in the 4^th percentile (Borderline range).

Anna completed the Kaufman Test of Educational Achievement, Third Edition (KTEA-3), a comprehensive measure of educational achievement (See Table 2 ).

Anna obtained an overall Reading Composite score of 93 (32^nd percentile), a Letter & Word Recognition score of 108 (70^th percentile), and a Reading Comprehension score of 80 (9^th percentile).

She obtained an overall Math Composite score of 90 (25^th percentile), a Math Concepts and Applications score of 93 (32^nd percentile), and a Math Computation score of 89 (23^rd percentile).

Anna obtained an overall Written Language Composite score of 84 (14^th percentile), a Written Expression score of 77 (6^th percentile), and a Spelling score of 93 (32^nd percentile).

She obtained an Academic Skills Battery score of 87 (19^th percentile). This consists of a Math Concepts and applications score of 93 (32^nd percentile), a Letter & Word Recognition score of 108 (70^th percentile), a Written Expression score of 77 (6^th percentile), a Math Computation score of 89 (23^rd percentile), a Spelling score of 93 (32^nd percentile), and a Reading Comprehension score of 80 (9^th percentile).

Anna obtained a Sound-Symbol Composite score of 88 (21^st percentile), a Phonological Processing score of 80 (9^th percentile), and a Nonsense Word Decoding score of 101 (53^rd percentile).

She obtained a Decoding Composite score of 104 (61^st percentile), a Letter and Word Recognition score of 108 (70^th percentile), and a Nonsense Word Decoding score of 101 (53^rd percentile).

Anna obtained a Reading Fluency Composite score of 73 (4^th percentile), a Silent Reading Fluency score of 73 (4^th percentile), a Word Recognition Fluency score of 72 (3^rd percentile), and a Decoding Fluency score of 84 (14^th percentile).

She obtained a Reading Understanding Composite score of 84 (14^th percentile), a Reading Comprehension score of 80 (9^th percentile), and a Reading Vocabulary score of 92 (30^th percentile).

Anna obtained an Oral Fluency score of 73 (4^th percentile), an Associational Fluency score of 81 (10^th percentile), and an Object Naming Facility score of 75 (5^th percentile).

She obtained a Comprehension score of 72 (3^rd percentile), a Reading Comprehension score of 80 (9^th percentile), and a Listening Comprehension score of 68 (2^nd percentile).

Anna obtained an Orthographic Processing (measuring understanding of the rules around letter order and combinations as well as capitalization, hyphenation, and punctuation) score of 75 (5^th percentile), a Spelling score of 93 (32^th percentile), a Letter Naming Facility score of 72 (3^rd percentile), and a Word Recognition Fluency score of 72 (3^rd percentile).

She obtained an Academic Fluency score of 72 (3^rd percentile), a Writing fluency score of 68 (2^nd percentile), a Math Fluency score of 76 (5^th percentile), and a Decoding Fluency score of 84 (14^th percentile).

Anna obtained a Dyslexia Index Score of 87 (19^th percentile), a Nonsense Word Decoding score of 101 (53^rd percentile), a Spelling score of 93 (32^nd percentile), and a Word Recognition Fluency score of 72 (3^rd percentile). Her score is in the Elevated risk range for Dyslexia.

Anna’s working memory and decoding skills were demonstrated through specific assessments within the WAIS-IV and KTEA-3.

In the WAIS-IV, her Working Memory Index score of 86 (18^th percentile, Low Average range) was a relative strength compared to her other cognitive abilities. This score suggests she can hold and manipulate information better than quickly processing verbal, nonverbal, or rote information. Working memory tasks within the WAIS-IV, such as Digit Span and Arithmetic, likely contributed to this score, reflecting her ability to retain and process information temporarily.

In the KTEA-3, Anna’s Decoding Composite score of 104 (61^st percentile) and Letter and Word Recognition score of 108 (70^th percentile) highlight her strength in decoding skills. These subtests measure her ability to recognize and decode words accurately, an essential reading component. Additionally, her Nonsense Word Decoding score of 101 (53^rd percentile) suggests a solid ability to apply phonetic decoding skills to unfamiliar words.

While Anna demonstrates weaknesses in other academic areas, these relative strengths in working memory and decoding may serve as assets in structured learning environments where she can leverage them to support comprehension and academic performance.

When compared to population norms, Anna’s results indicate that her cognitive and academic abilities fall below average in several areas. Her Full-Scale IQ of 74 (4^th percentile, Borderline range) and academic performance in the low-average to borderline range suggest challenges typically seen in individuals with learning disabilities or neurological limitations. However, her relative strengths in working memory (86, 18^th percentile) and decoding (104, 61^st percentile) demonstrate that she has cognitive assets that can be leveraged for academic growth.

Compared to individuals with similar diagnoses, Anna’s profile aligns with students who require individualized educational interventions to support their learning. Many children with borderline intellectual functioning or learning disabilities show uneven skill profiles, where some areas of cognition (such as working memory and decoding) remain intact or relatively stronger despite broader difficulties. These findings emphasize the importance of a holistic approach that considers cognitive strengths alongside challenges to maximize academic success.

The Conners Continuous Performance Test, Third Edition (CPT-3), assesses attention and supports ADHD diagnosis. Anna’s results showed no validity issues during administration. However, she exhibited a very liberal response style (T-Score = 26), prioritizing speed over accuracy, which resulted in more commission errors and fewer omission errors. Her performance revealed potential issues with inattentiveness, likely linked to impulsivity, and difficulties maintaining focus during longer intervals between stimuli, indicating sustained attention and vigilance challenges. Overall, these findings suggest a moderate likelihood of attention deficits.

The Conners’ Adult ADHD Rating Scales: Long Form (CAARS) evaluates ADHD symptoms using four factor-derived scales, three DSM-IV symptom measures, an ADHD Index to differentiate ADHD from nonclinical adults, and an Inconsistency Index to detect random or careless responses.

CAARS includes two forms:

1. CAARS-S: Self-report ratings.

2. CAARS-O: Observer ratings.

Both forms assess the same behaviors and issues, featuring identical scales, subscales, and indexes. Scores are standardized with a mean of 50 and a standard deviation 10.

Anna’s results are as follows (See Table 3 ).

The Inconsistency Index suggests that Anna responded more consistently than other respondents.

Anna’s Inattention/Memory Problems Standard Score was 52. This is in the Average range. She obtained a Hyperactivity/Restlessness score of 48. This is in the Average range. Her Impulsivity/Emotional Liability score is 42. This is in the Slightly Below Average range. Anna’s Problems with Self-Concept score is 45. This is in the Average range.

Anna’s DSM-IV Inattentive Symptoms score was 56. This is in the Slightly Above Average range. She obtained a DSM-IV Hyperactive-Impulsive score of 41. This is in the Slightly Below Average range. Her DSM-IV Total ADHD Symptoms score was 49. This is in the Average range.

Anna’s ADHD Index score was 43. This is in the Slightly Below Average range.

Anna’s Mother also completed the CAARS (See Table 4 ).

The Inconsistency Index suggests that Anna’s mother responded consistently compared to other respondents.

Anna’s Inattention/Memory Problems score was 84. This is in the Very Much Above Average range. She obtained a Hyperactivity/Restlessness score of 49. This is in the Average range. Her Impulsivity/Emotional Liability score is 47. This is in the Average range. Anna’s Problems with Self-Concept score is 60. This is in the Slightly Above Average range.

Anna’s DSM-IV Inattentive Symptoms score was 76, which is in the Very Much Above Average range. She obtained a DSM-IV Hyperactive-Impulsive score of 50, which is in the Average range. Her DSM-IV Total ADHD Symptoms score was 67, which is in the Much Above Average range.

Anna’s ADHD Index score was 61. This is in the above-average range.

The discrepancy between Anna’s self-report and her mother’s report on the CAARS is notable, particularly in the domains of Inattention/Memory Problems (52 vs. 84), DSM-IV Inattentive Symptoms (56 vs. 76), and DSM-IV Total ADHD Symptoms (49 vs. 67). This variance highlights differences in how Anna perceives her symptoms versus how her mother observes them in daily life.

To determine which report more accurately reflects Anna’s daily functioning, a multi-informant approach was employed, considering:

The difference between Anna’s self-report and her mother’s responses reflects common patterns in parent-child reporting, influenced by:

The discrepancy underscores the importance of a holistic assessment integrating multiple perspectives rather than relying on a single source. Given Anna’s mildly elevated inattention scores on self-report but significantly higher scores from her mother, it is likely that her inattentive symptoms are more apparent in structured settings (e.g., school and home routines) than in her subjective experience.

The Autism Diagnostic Observation Scale, Second Edition (ADOS-2) allows one to measure symptoms of autism across age, developmental level, and language skills (See Table 5 ).

The ADOS-2 classification assesses whether scores fall within the range of autism or autism spectrum traits based on severity. For Module 3 (verbally fluent children and adolescents), a score of 6 or lower indicates non-spectrum, 7 - 8 indicates autism spectrum, and nine or higher indicates autism.

Anna’s total score of 11 classifies her as having Autism, aligning her with individuals who have similar expressive language abilities and meet the criteria for autism.

The Social Responsiveness Scale, Second Edition (SRS-2), evaluates interpersonal behavior, communication, and repetitive behaviors characteristic of autism spectrum disorders. Anna’s parents completed the assessment. T-scores of 60 - 65 indicate mild, clinically significant deficiencies causing mild to moderate interference in social interactions. Scores of 66 - 75 reflect moderate deficiencies with substantial interference, while scores of 76 or higher indicate severe deficiencies with significant social interference (See Table 6 ).

Anna’s Social Awareness T-score was 61, Social Cognition was 63, Social Communication was 65, Social Motivation was 81, and Restrictive and Repetitive Behavior was 52. Her Social Awareness and Cognition scores indicate significant challenges.

Her overall Total Score of 66 falls in the Moderate range, reflecting clinically significant deficiencies in reciprocal social behavior that substantially interfere with daily interactions, typical of moderate autism spectrum disorders (See Table 7 ).

Anna’s Social Awareness T-Score was 66, Social Cognition 72, Social Communication 67, Social Motivation 69, and Restrictive and Repetitive Behavior 70, all in the Moderate range, indicating significant challenges.

Her overall Total Score of 71 also falls in the Moderate range, reflecting clinically significant deficiencies in reciprocal social behavior that substantially interfere with daily interactions, typical of moderate autism spectrum disorders.

Anna completed the Adult Self-Report form of the SRS. The following tables show the results of each administration (See Table 8 ).

Anna’s overall Total Score of 52 is Within normal limits. Scores in this range are generally not associated with clinically significant autism spectrum disorders.

F81.0 Specific Learning Disorder (SLD)—Dyslexia.

F84.9 Autism Spectrum Disorder Unspecified.

F90.0 Attention-Deficit/Hyperactivity Disorder (ADHD), predominantly inattentive presentation.

F41.9 Unspecified Anxiety Disorder.

Anna’s Socialization difficulties align with research indicating that individuals with autism often struggle with social reciprocity and nonverbal communication, including interpreting and expressing emotions through facial cues ( Baron-Cohen et al., 2000 ). Anna’s experience mirrors findings that such challenges can hinder the development of social relationships and contribute to social isolation.

Anna’s description of her Emotional Expression aligns with prior research on alexithymia, a condition often associated with autism, where individuals struggle to identify and express emotions ( Bird & Cook, 2013 ). This misalignment between internal emotions and external expressions can exacerbate social misunderstandings.

A strong psychosocial support system serves as a foundation for addressing the unique challenges faced by individuals with borderline IQ, ADHD, and autism. Studies (e.g., Smith et al., 2020 ; Carter & Fields, 2018b ) have demonstrated that psychosocial interventions improve executive functioning and emotional regulation, particularly in structured academic environments. Laugesen and Jackson (2017) emphasize the importance of instructor-led accommodations in fostering academic success for students with ADHD and autism in postsecondary education settings.

The difficulty of Anna’s academic performance is consistent with studies that report students with ADHD and autism spectrum disorders (ASD) often face challenges in structured academic environments, particularly in subjects requiring sustained attention and executive functioning skills ( DuPaul et al., 2012 ).

Tailored IEPs provide a structured framework for addressing specific learning needs, such as dyslexia.

Research by Jones and Miller (2019a) highlights the effectiveness of Individualized Education Programs (IEPs) in improving literacy skills and academic confidence in students with Specific Learning Disorders. Martin et al. (2017) further validate the role of IEPs in fostering academic achievement among students with learning disabilities.

Family support is crucial in fostering resilience and adaptability, both vital for individuals transitioning into higher education. Research by Johnson, Smith, and Lee (2021a) highlight the positive impact of family involvement, noting that students with neurodevelopmental disorders benefit from more substantial mental health outcomes and increased academic persistence when supported by their families. Additionally, Johnson et al. (2021b) emphasize the role of family support in both mental health and academic success, underscoring its importance in the overall well-being of students with neurodevelopmental disorders.

Supportive elements, including counseling and academic accommodations, enable individuals with ADHD and autism to excel in college settings.

Data from longitudinal studies (e.g., Brown & Lee, 2022 ) confirm that students with access to these resources achieve comparable graduation rates to their neurotypical peers.

The report emphasizes the sustained benefits of a nurturing home life, particularly post-majority.

According to Davis and Green (2020) , a stable home environment mitigates anxiety and promotes long-term goal achievement in young adults with borderline IQ and related diagnoses.

The findings align with earlier studies, such as Carter and Fields (2018) , which identified psychosocial support as a critical determinant of success in individuals with neurodevelopmental challenges. Additionally, previous meta-analyses (e.g., Martin et al., 2017 ) corroborate the efficacy of IEPs in fostering academic achievements among students with learning disabilities. Similarly, our conclusions about the importance of family involvement resonate with the work of Patel and Sharma (2019) , who highlighted the protective effects of a nurturing home environment on mental health and educational persistence.

Anna’s WAIS-IV results show that her overall cognitive abilities, as measured by the Full-Scale IQ (FSIQ) of 74, fall within the Borderline range. This indicates that her general intellectual functioning is significantly below average compared to her same-age peers. Her specific index scores highlight relative strengths and weaknesses:

Working Memory (86, 18^th percentile): Anna’s working memory is a relative strength, falling within the Low Average range. This indicates she can hold and manipulate information slightly better than her other cognitive areas.

Verbal Comprehension (83, 13^th percentile) and Processing Speed (71, 3^rd percentile): These areas are weaker, suggesting difficulties with understanding and applying verbal information and quickly processing simple tasks.

Perceptual Reasoning (75, 4^th percentile): Anna shows challenges with nonverbal reasoning and problem-solving.

Studies in cognitive functioning and learning difficulties often find that processing speed deficits (e.g., Tannock et al., 1995 ) and borderline intellectual abilities (e.g., Fletcher & Lyon, 2001 ) are linked to struggles in academic and functional performance, aligning with Anna’s profile.

Anna’s KTEA-3 scores show varied performance:

Strengths: Her Letter and word Recognition (108, 70^th percentile) and Nonsense Word Decoding (101, 53^rd percentile) scores indicate relatively intact basic reading and decoding skills.

Weaknesses: Scores in Reading Comprehension (80, 9^th percentile), Written Expression (77, 6^th percentile), and Reading Fluency (73, 4^th percentile) suggest challenges in higher-order literacy skills and written communication.

Mathematics: Her Math Composite (90, 25^th percentile) falls within the Low Average range, and she has slight difficulties with Math Computation (89, 23^rd percentile).

Fluency and Listening: Scores in Academic Fluency (72, 3^rd percentile) and Listening Comprehension (68, 2^nd percentile) indicate notable difficulties in processing information quickly and understanding spoken material.

These findings align with research by Fletcher and Lyon (2007) , which emphasizes the connection between processing speed and fluency deficits in individuals with learning disabilities. Anna’s elevated risk for dyslexia, as indicated by the Dyslexia Index score (87, 19^th percentile), also correlates with her struggles in reading fluency and comprehension.

The Conners CPT-3 results suggest:

Inattentiveness and Vigilance: Anna demonstrated difficulties maintaining focus and vigilance, particularly with longer inter-stimulus intervals, aligning with moderate indicators of ADHD or related attention deficits.

Liberal Response Style: Her response style emphasizes speed over accuracy, contributing to a higher number of commission errors.

Studies (e.g., Willcutt et al., 2005 ) have found that ADHD traits, including inattentiveness and impulsivity, often overlap with learning and processing challenges, which is consistent with Anna’s profile.

Anna’s profile reflects findings in broader research:

Processing speed deficits and their impact on academic fluency are well-documented in learning disabilities ( Tannock et al., 1995 ).

Reading comprehension and fluency challenges are common in individuals at risk for dyslexia ( Shaywitz & Shaywitz, 2008 ).

Difficulties in attention and vigilance, as identified in Anna’s CPT-3 results, align with ADHD-related studies emphasizing the interplay of cognitive and attentional challenges ( Willcutt et al., 2005 ).

The CAARS results indicate a discrepancy between Anna’s self-report and her mother’s observer ratings. Anna’s self-report places her symptoms predominantly within the Average or Slightly Below Average range, while her mother’s ratings show Very Much Above Average scores for inattention and DSM-IV Inattentive Symptoms, suggesting significant concern in these areas.

Discrepancy in Ratings: Research indicates that self-reports and observer reports often differ in ADHD assessments, particularly for young adults. Self-reports may underrepresent symptoms due to a lack of insight or differing perspectives, as highlighted by Barkley et al. (2008) .

ADHD Prevalence in Adults: Anna’s self-report scores align with findings from studies like Kooij et al. (2010) , where many adults with subthreshold ADHD symptoms show minimal functional impairments.

Anna’s ADOS-2 classification of Autism, with a total score of 11, supports a diagnosis consistent with significant challenges in social communication and restricted/repetitive behaviors. Her classification aligns with autism criteria for individuals with similar expressive language abilities.

Anna’s strengths include adequate eye contact and facial expressions but significant challenges in reciprocal social interaction and repetitive behaviors.

These findings are consistent with moderate autism spectrum disorder (ASD) as described by Lord et al. (2012) .

ADOS-2 Validity: Studies by Gotham et al. (2009) validate the ADOS-2’s accuracy in identifying ASD, particularly in distinguishing between spectrum and non-spectrum classifications.

Anna’s classification aligns with findings that individuals scoring above the threshold demonstrate impairments in social reciprocity and communication, typical of ASD ( Gotham et al., 2009 ).

Anna’s parent-reported SRS-2 scores suggest moderate impairments in social cognition, communication, and motivation. However, her self-reported scores fall within the normal range, indicating no clinically significant social deficits from her perspective.

Parent Ratings: Moderate-range scores for social behaviors, particularly social motivation, indicate substantial interference in social interactions.

Self-Report: Anna’s self-assessment suggests typical functioning, highlighting potential insight or self-perception differences.

Parental vs. Self-Report Discrepancies: Research ( Constantino & Gruber, 2012 ) emphasizes the utility of parent ratings in identifying autism-related deficits, particularly when self-reports do not reflect observed impairments.

Gender and ASD: Anna’s scores align with findings from Lai et al. (2015) , where females with ASD often exhibit less overt stereotypical behaviors, potentially influencing self-reported results.

Anna’s case highlights the crucial role of parental support in fostering resilience and achievement despite neurological challenges. Her mother’s active involvement in her school and IEP program and her family’s unwavering emotional support serve as protective factors that fuel her motivation and perseverance. Anna’s parents reinforce her self-worth beyond academics, affirming: “You are our daughter before being a student, and you are still our daughter no matter the school results or achievements.” This emotional foundation, combined with over 10 years of therapy to maintain her mental well-being, demonstrates how a strong support system can significantly enhance a child’s capacity to overcome learning difficulties.

Overall, Anna’s case underscores the necessity of a multifaceted approach that integrates academic, emotional, and therapeutic support to help children with neurological limitations reach their full potential.