This document provides guidance on developmental examinations for children from birth to 5 years. It outlines typical developmental milestones and domains to be assessed at different ages, including motor skills, cognition, language, and social development. The developmental examination involves taking a family history, observing the child's interactions and abilities, and using structured tasks to assess skills such as object permanence, categorization, and fine motor coordination. Delays in reaching milestones or abnormalities in behaviors could indicate atypical development requiring further evaluation.
The document outlines typical developmental milestones in four areas: gross motor, fine motor, language, and personal-social. It provides details on what skills and abilities are generally present at various ages, from newborn to 5 years old. Key milestones include head control at 3 months, sitting without support at 8 months, walking without support at 12-14 months, and speaking in 2-3 word sentences by 24 months. The document emphasizes that while sequences are similar, rates of development vary between children.
This document discusses typical developmental milestones in children from birth through age 3. It describes how children progress from being totally dependent newborns to becoming independent individuals through acquiring skills in four domains: gross motor, fine motor/vision, language/hearing, and personal/social. Key milestones are provided for ages like sitting, walking, and communicating. The document also notes principles of developmental surveillance and potential warning signs or causes of delayed development.
Developmental milestones for postgraduate students Azad Haleem
The document discusses growth and development in children. It defines growth as a quantitative increase in size, while development refers to qualitative improvements in skills and abilities. Four developmental domains are identified: gross motor, fine motor, language, and cognitive/social skills. Assessment tools for infants and older children are listed. The summary should assess development in these key areas and note the importance of a thorough history and examination to evaluate causes of developmental delay.
The document discusses developmental milestones in infants from birth to 12 months. It defines developmental milestones as skills achieved by certain ages in areas such as gross motor, fine motor, language, social/play, and cognitive development. The document then outlines typical milestones monthly in each area, such as sitting with assistance at 6 months and taking first steps at 10-12 months. It stresses every child develops at their own pace and healthcare providers assess growth over time.
fine motor milestones is a very important topic for pg entrance.....so all about it has been discussed in detail as required for pg entrance....do make use of it...
Presentation expands on the specific problems persons with SPD have. Also gives a checklist of characteristic behaviors and issues in persons w/Sensory Processing.
This document outlines typical developmental milestones from birth to 18 months. It discusses evaluating developmental progress through parental interviews about achievements. A child's developmental quotient can be calculated from these interviews, with a score less than 70% indicating a developmental delay requiring further assessment. The document then lists expected gross motor, visual-motor, language, and social/adaptive skills by month.
This document discusses epilepsy in children, including types, clinical presentation, investigations, management, and complications. It provides an overview of seizure types and classifications, the etiology and syndromes of epilepsy in children, how epilepsy presents clinically and is evaluated, and guidelines for treatment and counseling to control seizures and prevent complications. Key aspects covered include acute seizure management, anti-epileptic medications, status epilepticus, and the potential neurological and developmental impacts of uncontrolled epilepsy.
The document outlines typical developmental milestones in four areas: gross motor, fine motor, language, and personal-social. It provides details on what skills and abilities are generally present at various ages, from newborn to 5 years old. Key milestones include head control at 3 months, sitting without support at 8 months, walking without support at 12-14 months, and speaking in 2-3 word sentences by 24 months. The document emphasizes that while sequences are similar, rates of development vary between children.
This document discusses typical developmental milestones in children from birth through age 3. It describes how children progress from being totally dependent newborns to becoming independent individuals through acquiring skills in four domains: gross motor, fine motor/vision, language/hearing, and personal/social. Key milestones are provided for ages like sitting, walking, and communicating. The document also notes principles of developmental surveillance and potential warning signs or causes of delayed development.
Developmental milestones for postgraduate students Azad Haleem
The document discusses growth and development in children. It defines growth as a quantitative increase in size, while development refers to qualitative improvements in skills and abilities. Four developmental domains are identified: gross motor, fine motor, language, and cognitive/social skills. Assessment tools for infants and older children are listed. The summary should assess development in these key areas and note the importance of a thorough history and examination to evaluate causes of developmental delay.
The document discusses developmental milestones in infants from birth to 12 months. It defines developmental milestones as skills achieved by certain ages in areas such as gross motor, fine motor, language, social/play, and cognitive development. The document then outlines typical milestones monthly in each area, such as sitting with assistance at 6 months and taking first steps at 10-12 months. It stresses every child develops at their own pace and healthcare providers assess growth over time.
fine motor milestones is a very important topic for pg entrance.....so all about it has been discussed in detail as required for pg entrance....do make use of it...
Presentation expands on the specific problems persons with SPD have. Also gives a checklist of characteristic behaviors and issues in persons w/Sensory Processing.
This document outlines typical developmental milestones from birth to 18 months. It discusses evaluating developmental progress through parental interviews about achievements. A child's developmental quotient can be calculated from these interviews, with a score less than 70% indicating a developmental delay requiring further assessment. The document then lists expected gross motor, visual-motor, language, and social/adaptive skills by month.
This document discusses epilepsy in children, including types, clinical presentation, investigations, management, and complications. It provides an overview of seizure types and classifications, the etiology and syndromes of epilepsy in children, how epilepsy presents clinically and is evaluated, and guidelines for treatment and counseling to control seizures and prevent complications. Key aspects covered include acute seizure management, anti-epileptic medications, status epilepticus, and the potential neurological and developmental impacts of uncontrolled epilepsy.
Developmental milestones in children for undergraduatesAzad Haleem
The document discusses growth and development in children. It defines growth as an increase in physical size, while development refers to increased skills and functional capacity. Four key domains of development are identified: gross motor, fine motor, language, and cognitive/social skills. Milestones in each domain are provided for infants and older children to assess age-appropriate abilities. Tools for examining different skills are also listed. The approach to developmental assessments and potential causes and treatments for developmental delays are outlined.
The document discusses developmental milestones in children. It defines developmental milestones as abilities achieved by certain ages involving physical, social, emotional, cognitive and communication skills. It provides tables listing normal developmental milestones by age, including the average age of achieving milestones like sitting, crawling, walking and language development. The document also discusses the different domains of development - gross motor, fine motor, speech/language, cognition and socio-emotional. It explains that development in one domain influences and is influenced by other domains.
Growth refers to an increase in physical size that can be measured quantitatively, while development is a progressive increase in skills and capacity that is qualitative in nature. Development involves four domains: gross motor, fine motor, language, and cognitive/social/adaptive skills. A developmental assessment examines children in these domains using age-appropriate toys and tests. For infants, the assessment occurs with the child on the parent's lap and progresses from vision and hearing to fine motor, language, and gross motor. Older children are assessed while seated. A thorough history and physical exam are important to identify any causes of developmental delay.
This document describes several reflexes that newborn infants possess. It lists the sucking reflex, swallowing reflex, rooting reflex, extrusion reflex, Moro reflex, asymmetric tonic neck reflex, palmar grasp reflex, plantar grasp reflex, Babinski reflex, stepping or dance reflex, doll's eye reflex, Landau reflex, labyrinthine reflex, neck righting reflex, body righting reflex, parachute reflex, and otolith righting reflex. Each reflex is briefly defined by its eliciting stimulus and the infant's physical response. The reflexes demonstrate innate behaviors and help newborns interact with their environment.
This document discusses various developmental assessment scales used to evaluate children's development. It outlines four key areas of development - gross motor, fine motor, personal-social, and language. Several screening tools are described that assess developmental milestones in these domains for children from birth to school age. These include the Denver Developmental Screening Test, Gesel Development Schedule, Bayley Scales of Infant Development, and Trivandrum Developmental Screening Test. The document also discusses tools to measure intelligence such as Goodenough's Draw a Man Test, Stanford-Binet Intelligence Scale, and Wechsler Intelligence Scale for Children.
The document outlines typical developmental milestones for children from birth to 4 years of age. It discusses milestones in areas such as motor skills, language, social/emotional development, and more. Milestones are grouped by age ranges including months, years, and some specific ages. The document cautions that children reach milestones at different times and notes signs that could indicate developmental delays.
Enumerates and describes the motor development of a child in each age and the milestones for each stage. It also presents the principles of motor development. Along with it, is Gesell's Theory of Maturation.
Developmental assessment for medical students, GP, residents and MRCPCH examsVarsha Shah
The document provides guidance for assessing the development of children aged 6 months to 5 years during a 9 minute station. It outlines the key areas to assess including motor, language, social, and behavioral development. Sample milestones are provided for different ages. The approach involves introducing yourself, observing the child, then focusing the assessment on one area such as fine motor or language skills. The goal is to demonstrate understanding of developmental milestones and how to summarize findings and management plans for children with delays.
What are gross motor skills? Gross motor skills involve the larger, stronger muscle groups.
In early child development, it’s the development of these muscles that enable infants to hold their head up, sit up independently, crawl, and eventually walk, run, jump and skip.
Learn about the gross motor skill development for infants from 0-21 months old in this presentation. We've also included activities you can do with your baby to help encourage the development of their gross motor skills.
This document discusses child development from birth through adolescence. It covers the major areas of development - gross motor, fine motor, language, social/emotional - and provides typical milestones for various age groups like sitting up alone by 6 months and walking by 12-15 months. The document also mentions tools for assessing development like the Denver Developmental Screening Test and discusses prolonged development during school age and the biological, psychological, and social changes of adolescence.
This document outlines typical developmental milestones in gross motor skills, fine motor skills, language, and social/cognitive abilities for children from 2 months to 5 years of age. Gross motor skills progress from lifting the head and rolling to walking, running, jumping and climbing stairs. Fine motor skills start with grasping toys and tracking objects and advance to using utensils, tying shoes, and printing letters. Language develops from cooing and babbling to using words and sentences of increasing length and complexity. Social and cognitive skills grow from recognizing caregivers and responding to sounds to following commands, pretend play, and basic academic concepts like colors and numbers.
This document discusses child development milestones and delays. It defines developmental milestones as skills achieved by children at average ages, covering four domains: gross motor, fine motor/vision, speech/language, and social/emotional. Certain delays may indicate conditions like cerebral palsy, but some children simply develop at their own pace. The document outlines typical milestones and ages children meet them, as well as causes and treatment of developmental delays.
The document discusses the development of fine motor skills in children from 9 months to 5 years, including typical milestones, ways to develop these skills through interactive activities, and factors that influence fine motor control. It provides examples of activities that parents and educators can do with children, such as playing with play dough, doing art projects, and encouraging writing, to help improve hand-eye coordination and perform everyday tasks. Challenges in developing fine motor skills and ways to address them are also covered.
This document provides an overview of typical infant development in the first year. It discusses development milestones for gross motor, fine motor, speech/language skills each month. It also outlines red flags that may indicate atypical development and warrant further assessment by pediatric physical, occupational or speech therapists. These include lack of skills such as head control, sitting, crawling, babbling by certain ages. The document also discusses conditions like torticollis and positional plagiocephaly that should be referred to therapists early for treatment.
This document outlines typical developmental milestones from infancy through childhood. It discusses how development progresses from involuntary primitive reflexes to voluntary control in a cephalocaudal and proximal-to-distal pattern as the central nervous system matures. The document covers milestones in gross motor, fine motor, cognitive, language, social, and behavioral development according to age. Understanding typical development can help parents have appropriate expectations to foster healthy relationships with their children.
Gross motor skills involve large muscle movement and allow children to engage in activities like running, jumping, throwing, and catching. Developing these skills is important for children's physical development and ability to participate in everyday activities. Some ways to develop gross motor skills include playing with balls by throwing and catching, dancing to music, using hula hoops, and engaging in other active games that involve movement, balance, and coordination. Fine motor skills involve smaller muscle control and allow activities like writing, cutting with scissors, and using utensils. They develop after gross motor skills and can be strengthened by playing with items like blocks, toys for sand/water tables, and other manipulatives.
This document describes several neonatal reflexes present in newborn infants, including Moro's reflex, the palmar grasp, tonic neck reflex, rooting reflex, and sucking reflex. These reflexes are unconditioned responses to specific stimuli and help assess neurodevelopment. The document provides details on what elicits each reflex, the typical response, when they appear and disappear during development, and potential abnormalities if a reflex is absent, exaggerated, or persists beyond the normal timeframe. Understanding neonatal reflexes is important for evaluating infant development and identifying possible neurodevelopmental issues.
The document discusses various reflexes seen in infants and their significance. It begins by defining a reflex and describing the basic reflex arc involving receptors, afferent nerves, centers, efferent nerves and effectors. Reflexes are then classified based on whether they are inborn or acquired, their neurological pathway, purpose and clinical presentation. Several important reflexes seen in newborns like the moro, rooting and babinski reflexes are explained in detail. The document emphasizes that assessment of infant reflexes helps identify normal development and potential abnormalities.
This document describes several reflexes present in newborns and infants and whether they typically persist throughout life or disappear at a certain age. It lists reflexes involving the eyes, nose, mouth/throat, extremities, trunk, and movement. Many are present at birth and disappear as the infant develops, being replaced by voluntary movement, while others like blinking and coughing persist throughout life.
The document describes the authentication process between a client computer, agent, and authentication server. The client computer prompts the user to enter their username and password, sends only the username to the agent. The agent forwards only the username to the authentication server. The client computer and server then negotiate an authentication method that does not involve sending the password, protecting its secure nature.
This document discusses various anatomical structures and behaviors in humans that are considered vestigial, meaning they have lost most or all of their original function through evolution. It provides numerous examples of vestigial structures in humans such as the appendix, tailbone, wisdom teeth, inner corner of the eye, outer ear structures like Darwin's tubercle, and others. It also discusses vestigial behaviors like goose bumps and grasping reflex in infants. The document traces the history of studies on vestigial structures and provides details on specific structures like the vermiform appendix and its analogous structure in rabbits.
Developmental milestones in children for undergraduatesAzad Haleem
The document discusses growth and development in children. It defines growth as an increase in physical size, while development refers to increased skills and functional capacity. Four key domains of development are identified: gross motor, fine motor, language, and cognitive/social skills. Milestones in each domain are provided for infants and older children to assess age-appropriate abilities. Tools for examining different skills are also listed. The approach to developmental assessments and potential causes and treatments for developmental delays are outlined.
The document discusses developmental milestones in children. It defines developmental milestones as abilities achieved by certain ages involving physical, social, emotional, cognitive and communication skills. It provides tables listing normal developmental milestones by age, including the average age of achieving milestones like sitting, crawling, walking and language development. The document also discusses the different domains of development - gross motor, fine motor, speech/language, cognition and socio-emotional. It explains that development in one domain influences and is influenced by other domains.
Growth refers to an increase in physical size that can be measured quantitatively, while development is a progressive increase in skills and capacity that is qualitative in nature. Development involves four domains: gross motor, fine motor, language, and cognitive/social/adaptive skills. A developmental assessment examines children in these domains using age-appropriate toys and tests. For infants, the assessment occurs with the child on the parent's lap and progresses from vision and hearing to fine motor, language, and gross motor. Older children are assessed while seated. A thorough history and physical exam are important to identify any causes of developmental delay.
This document describes several reflexes that newborn infants possess. It lists the sucking reflex, swallowing reflex, rooting reflex, extrusion reflex, Moro reflex, asymmetric tonic neck reflex, palmar grasp reflex, plantar grasp reflex, Babinski reflex, stepping or dance reflex, doll's eye reflex, Landau reflex, labyrinthine reflex, neck righting reflex, body righting reflex, parachute reflex, and otolith righting reflex. Each reflex is briefly defined by its eliciting stimulus and the infant's physical response. The reflexes demonstrate innate behaviors and help newborns interact with their environment.
This document discusses various developmental assessment scales used to evaluate children's development. It outlines four key areas of development - gross motor, fine motor, personal-social, and language. Several screening tools are described that assess developmental milestones in these domains for children from birth to school age. These include the Denver Developmental Screening Test, Gesel Development Schedule, Bayley Scales of Infant Development, and Trivandrum Developmental Screening Test. The document also discusses tools to measure intelligence such as Goodenough's Draw a Man Test, Stanford-Binet Intelligence Scale, and Wechsler Intelligence Scale for Children.
The document outlines typical developmental milestones for children from birth to 4 years of age. It discusses milestones in areas such as motor skills, language, social/emotional development, and more. Milestones are grouped by age ranges including months, years, and some specific ages. The document cautions that children reach milestones at different times and notes signs that could indicate developmental delays.
Enumerates and describes the motor development of a child in each age and the milestones for each stage. It also presents the principles of motor development. Along with it, is Gesell's Theory of Maturation.
Developmental assessment for medical students, GP, residents and MRCPCH examsVarsha Shah
The document provides guidance for assessing the development of children aged 6 months to 5 years during a 9 minute station. It outlines the key areas to assess including motor, language, social, and behavioral development. Sample milestones are provided for different ages. The approach involves introducing yourself, observing the child, then focusing the assessment on one area such as fine motor or language skills. The goal is to demonstrate understanding of developmental milestones and how to summarize findings and management plans for children with delays.
What are gross motor skills? Gross motor skills involve the larger, stronger muscle groups.
In early child development, it’s the development of these muscles that enable infants to hold their head up, sit up independently, crawl, and eventually walk, run, jump and skip.
Learn about the gross motor skill development for infants from 0-21 months old in this presentation. We've also included activities you can do with your baby to help encourage the development of their gross motor skills.
This document discusses child development from birth through adolescence. It covers the major areas of development - gross motor, fine motor, language, social/emotional - and provides typical milestones for various age groups like sitting up alone by 6 months and walking by 12-15 months. The document also mentions tools for assessing development like the Denver Developmental Screening Test and discusses prolonged development during school age and the biological, psychological, and social changes of adolescence.
This document outlines typical developmental milestones in gross motor skills, fine motor skills, language, and social/cognitive abilities for children from 2 months to 5 years of age. Gross motor skills progress from lifting the head and rolling to walking, running, jumping and climbing stairs. Fine motor skills start with grasping toys and tracking objects and advance to using utensils, tying shoes, and printing letters. Language develops from cooing and babbling to using words and sentences of increasing length and complexity. Social and cognitive skills grow from recognizing caregivers and responding to sounds to following commands, pretend play, and basic academic concepts like colors and numbers.
This document discusses child development milestones and delays. It defines developmental milestones as skills achieved by children at average ages, covering four domains: gross motor, fine motor/vision, speech/language, and social/emotional. Certain delays may indicate conditions like cerebral palsy, but some children simply develop at their own pace. The document outlines typical milestones and ages children meet them, as well as causes and treatment of developmental delays.
The document discusses the development of fine motor skills in children from 9 months to 5 years, including typical milestones, ways to develop these skills through interactive activities, and factors that influence fine motor control. It provides examples of activities that parents and educators can do with children, such as playing with play dough, doing art projects, and encouraging writing, to help improve hand-eye coordination and perform everyday tasks. Challenges in developing fine motor skills and ways to address them are also covered.
This document provides an overview of typical infant development in the first year. It discusses development milestones for gross motor, fine motor, speech/language skills each month. It also outlines red flags that may indicate atypical development and warrant further assessment by pediatric physical, occupational or speech therapists. These include lack of skills such as head control, sitting, crawling, babbling by certain ages. The document also discusses conditions like torticollis and positional plagiocephaly that should be referred to therapists early for treatment.
This document outlines typical developmental milestones from infancy through childhood. It discusses how development progresses from involuntary primitive reflexes to voluntary control in a cephalocaudal and proximal-to-distal pattern as the central nervous system matures. The document covers milestones in gross motor, fine motor, cognitive, language, social, and behavioral development according to age. Understanding typical development can help parents have appropriate expectations to foster healthy relationships with their children.
Gross motor skills involve large muscle movement and allow children to engage in activities like running, jumping, throwing, and catching. Developing these skills is important for children's physical development and ability to participate in everyday activities. Some ways to develop gross motor skills include playing with balls by throwing and catching, dancing to music, using hula hoops, and engaging in other active games that involve movement, balance, and coordination. Fine motor skills involve smaller muscle control and allow activities like writing, cutting with scissors, and using utensils. They develop after gross motor skills and can be strengthened by playing with items like blocks, toys for sand/water tables, and other manipulatives.
This document describes several neonatal reflexes present in newborn infants, including Moro's reflex, the palmar grasp, tonic neck reflex, rooting reflex, and sucking reflex. These reflexes are unconditioned responses to specific stimuli and help assess neurodevelopment. The document provides details on what elicits each reflex, the typical response, when they appear and disappear during development, and potential abnormalities if a reflex is absent, exaggerated, or persists beyond the normal timeframe. Understanding neonatal reflexes is important for evaluating infant development and identifying possible neurodevelopmental issues.
The document discusses various reflexes seen in infants and their significance. It begins by defining a reflex and describing the basic reflex arc involving receptors, afferent nerves, centers, efferent nerves and effectors. Reflexes are then classified based on whether they are inborn or acquired, their neurological pathway, purpose and clinical presentation. Several important reflexes seen in newborns like the moro, rooting and babinski reflexes are explained in detail. The document emphasizes that assessment of infant reflexes helps identify normal development and potential abnormalities.
This document describes several reflexes present in newborns and infants and whether they typically persist throughout life or disappear at a certain age. It lists reflexes involving the eyes, nose, mouth/throat, extremities, trunk, and movement. Many are present at birth and disappear as the infant develops, being replaced by voluntary movement, while others like blinking and coughing persist throughout life.
The document describes the authentication process between a client computer, agent, and authentication server. The client computer prompts the user to enter their username and password, sends only the username to the agent. The agent forwards only the username to the authentication server. The client computer and server then negotiate an authentication method that does not involve sending the password, protecting its secure nature.
This document discusses various anatomical structures and behaviors in humans that are considered vestigial, meaning they have lost most or all of their original function through evolution. It provides numerous examples of vestigial structures in humans such as the appendix, tailbone, wisdom teeth, inner corner of the eye, outer ear structures like Darwin's tubercle, and others. It also discusses vestigial behaviors like goose bumps and grasping reflex in infants. The document traces the history of studies on vestigial structures and provides details on specific structures like the vermiform appendix and its analogous structure in rabbits.
1) Vestigial structures are remnants of organs or features that were once functionally important for ancestral organisms but have reduced function in current organisms.
2) Vestigial structures provide evidence of evolution through common ancestry as they show homologous structures between related species.
3) Examples of human vestigial structures include the tailbone, wisdom teeth, goosebump-causing muscles, and the ability to wiggle ears. Other animals like whales and moles also have vestigial structures.
Entrepreneurship development Unit -III by karkarventhanps
Motivation, personality, perception, learning, values, beliefs, attitudes, and lifestyle influence consumer behavior. Motivation is the driving force behind behavior aimed at satisfying needs. It involves intensity, direction, and persistence toward goals. Maslow's hierarchy of needs categorizes needs from basic physiological needs to self-actualization. Perception is how people interpret sensory information to make sense of their environment. Learning occurs through conditioning and observation and influences recognition, responses to advertising, and brand loyalty. Personality consists of consistent traits that determine how people respond. Attitudes comprise affective, behavioral, and cognitive components. Expectations and satisfaction impact purchase decisions.
This document discusses the development of perception and action in infants based on ecological theory. It argues that perception and action form a continuous, reciprocal loop from birth. Newborns can perform basic goal-directed actions regulated by perceptual information, rather than being purely reactive. As infants gain experience through practice and development changes in their brain and body, their perception and control of actions improves. Key principles discussed are the reciprocity between perception and action, the importance of planning and prospective control of behavior, and the context specificity of perception and action.
This document discusses the approach to evaluating children presenting with developmental regression. It defines developmental regression as the loss of developmental milestones previously attained, indicating a progressive nervous system disease. The evaluation involves a detailed history, developmental assessment, neurological exam, and targeted investigations to identify underlying genetic, metabolic, or acquired etiologies and guide management. A multidisciplinary approach is emphasized to address developmental delays, seizures, contractures, feeding issues, and provide genetic counseling.
Ipf or non ipf interstitial lung diseasesGamal Agmy
This document discusses interstitial lung diseases (ILDs) and idiopathic interstitial pneumonias (IIPs). It describes the pulmonary interstitium and different subdivisions. Idiopathic pulmonary fibrosis (IPF) is characterized by a usual interstitial pneumonia (UIP) pattern on histology with honeycombing and fibroblastic foci. Other IIPs include nonspecific interstitial pneumonia (NSIP), desquamative interstitial pneumonia (DIP), cryptogenic organizing pneumonia (COP), and lymphocytic interstitial pneumonia (LIP). Accurate IIP diagnosis requires a multidisciplinary approach including pulmonologists, radiologists and pathologists given limitations of
This document discusses perceptual and cognitive dysfunction. It begins by defining perception as the process of integrating sensory stimuli into meaningful information. Cognition is defined as the act of knowing, including awareness, reasoning, judgment, intuition and memory.
The document then discusses assessment of perceptual and cognitive deficits. It notes that perception is positively correlated with ability to perform activities of daily living and is a prerequisite for learning and rehabilitation. Clinical indicators of perception deficits include functional loss unexplained by motor or sensory deficits and deficient comprehension. Assessment aims to determine intact and affected perceptual abilities and how task performance is affected by deficits.
For management, the document discusses five approaches: transfer of training, sensory integrative, neurodevelopmental, functional, and cognitive
Psychological explanations of gender developmentJill Jan
The document discusses cognitive theories of gender development, including gender schema theory. It explains that cognitive approaches see gender development as influenced by a child's thinking patterns and perceptions. Gender schema theory specifically proposes that children form mental models (schemas) of gender-appropriate behaviors from a young age, around 2-3 years old, and use these schemas to guide their own behavior and evaluate others. The document provides an overview of Kohlberg's stages of gender identity and constancy development, and discusses how gender schema theory builds on but differs from Kohlberg's theory in proposing an earlier emergence of gender-related schemas.
Cognitive development including piaget's theory(mainly in pre-school years)Aashna Suri
Children's cognitive development progresses from simple to complex thinking. In the preoperational stage (ages 2-7), children develop symbolic thinking and can pretend. They progress from egocentric thinking to intuitive thought, learning through questions. Key concepts include conservation, centration, animism, and transductive reasoning. Children begin to understand dual relationships and think more rationally compared to earlier magical beliefs.
This document provides an overview of key concepts in early childhood development and education, including:
1) Discussions of various child development theories including socio-cultural, behavioral, cognitive, and constructivist perspectives. Formative assessment and the importance of observation are also covered.
2) An introduction to session topics which will explore the EYFS framework, assessment, inclusion, management and leadership.
3) Guidance on effective observation practices, including focusing on what children can do, using objective language, and maintaining anonymity. The importance of context, analysis, and next steps is also emphasized.
OT for Kids - Introduction to the assessment, treatment and development of ha...Nathan Varma
This document provides an overview of a presentation on handwriting development and occupational therapy for children's handwriting difficulties. The presentation will cover typical handwriting development milestones from ages 0-10, common pencil grips, static and dynamic handwriting movements, visual perception skills related to handwriting, handwriting assessment tools, treatment programs and activities, and the services offered by OT for Kids including individual assessments and therapy, group programs, and staff training. The presentation will take place on August 16th from 9am-5pm and will be led by Nathan Varma, an occupational therapist and manager of OT for Kids.
This document discusses perception and how it influences human behavior and judgment. It describes the perceptual process, which involves receiving stimuli, selective attention, organizing information, interpreting meaning, and forming a response. Several factors are discussed that can influence perception, including external factors like color, size, and movement as well as internal factors like learning, needs, and stereotypes. The document emphasizes that perception is subjective and reality is interpreted differently by different people based on their unique perspectives and experiences.
Needs and Motivation
Model of the Motivation Process
Types of Needs
Goals
Goals Structure for Weight Control
The Selection of Goals,
The Dynamic Nature of Motivation,
This document discusses the approach to neurodegenerative diseases. It covers the classification, investigation, and management of these conditions. The hallmark is progressive loss of neurological function. Causes include genetic defects, infections, and unknown factors. Evaluation involves a detailed history, exam, and tests to identify the specific condition and target treatment appropriately. Management aims to treat the underlying disorder, complications, and is often multidisciplinary. Outcomes are usually fatal, so correct diagnosis is important for counseling and prevention.
Cognitive development of the preschoolersBSEPhySci14
Early Childhood(Preschooler)
"Childhood is a world of miracle and wonder; as if creation rose,bathed in light, out of darkness, utterly new, fresh and astonishing.the end of childhood is when things cease to astonish us. when the world seems familiar, when one got used to existence, one has become an adult''
The document discusses various methods for teaching handwriting and their effectiveness, noting that procedural instruction focusing on how to perform writing tasks leads to better outcomes than approaches emphasizing declarative knowledge or natural processes. It also examines research on teacher feedback, finding it has little impact on writing quality, and explores characteristics and challenges of dysgraphia.
This document discusses typical development for toddlers ages 18-36 months across several domains: social, emotional, physical, cognitive, and language. It outlines normal developmental milestones as well as potential abnormalities. It also provides examples of activities and strategies that teachers and caregivers can use to support development in each domain. The roles of teachers and adults in facilitating development are also described.
About infancy development and other factors about it; Physical development during infancy; Cognitive development during infancy; Socio-emotional development during infancy.
Developmental Pediatrics is an essential part of pediatric practice that involves screening children's development through simple assessments using ordinary tools within a short time in a clinic setting. It is important to screen all children's development and give more thorough assessments to those with risk factors or suspected delays to enable early identification and management. Developmental screening can be done by observing a child's spontaneous activities and play to assess their motor, language, social, and fine motor skills development according to age-appropriate milestones.
Babyhood: meaning, characterictics and hazardsAtul Thakur
This document discusses babyhood, which refers to the first 2 years of life after infancy. It outlines the key characteristics of babyhood, including rapid growth and development, decreasing dependency, increased individuality, and the beginning of socialization. The document also details the major developmental tasks in babyhood, such as physical, psychological, social, and language development. Additionally, it examines the play patterns of babies and potential hazards during the babyhood years, including physical, psychological, social, and family relationship risks.
Learning Objectives
At the end of this module learner will be able to:
Define Preschool education
Describe the need and importance of preschool education
Describe the Pedagogy used in preschool education
Demonstrate an understanding of assessment in the preschool years
Outline the Role of Parents and Community in promoting preschool education
Describe how linkages can be made with Primary schools for smooth transition
The document summarizes infant development in the first year of life. It breaks development down into physical, intellectual, and social/emotional categories for each 3 month period. Infants grow rapidly, gaining skills like lifting their heads, grasping objects, rolling over, crawling, walking, and learning through their senses. Caregivers can encourage development by providing stimulation, interaction, and allowing infants to explore on their own. It is remarkable how much growth and learning occurs within the first year of a child's life.
Development milestones and the early years learning framework and the nationa...Dr Lendy Spires
This document provides developmental milestones and examples of how they relate to the Early Years Learning Framework (EYLF) and National Quality Standards (NQS) for children from birth to 8 months. It outlines key physical, social, emotional, cognitive, and language milestones and gives examples of how early childhood educators can link observations of children's development to the EYLF learning outcomes and NQS quality areas to enrich their understanding and support for children's learning and growth. Educators are encouraged to use the milestones as a reference rather than checklist and to seek advice if concerned about a child's development.
The lesson plan involves students creating a fork painting of an inchworm during small group art activities, then formulating a short story based on their painting using vocabulary from a story read earlier. The teacher will assess students formatively based on their ability to integrate new vocabulary and form their own story about worms.
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The document discusses motor, cognitive, language, and social development milestones for children ages 2-3. Gross motor skills include activities like jumping, hopping, and kicking a ball. Fine motor skills involve tasks like stringing beads and cutting with scissors. Children at this age are also developing problem-solving abilities, logical thinking, number and time concepts, pretend play, and awareness of their own body. Social development involves parallel play, difficulty sharing, and managing emotions which can lead to tantrums. Signs of developmental delays include lack of interest in others, no imaginative play, and frequent tantrums.
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MODULE 15 Child and Adolescent Principle REPORT.pptxSionnyGandicela
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Normal Development in Children is a very important chapter in Paediatrics subject curriculum. It is one of the diagnostic criteria for early detection of developmental deviation in children.
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Dive into an in-depth exploration of the histological structure of female reproductive system with this comprehensive lecture. Presented by Dr. Ayesha Irfan, Assistant Professor of Anatomy, this presentation covers the Gross anatomy and functional histology of the female reproductive organs. Ideal for students, educators, and anyone interested in medical science, this lecture provides clear explanations, detailed diagrams, and valuable insights into female reproductive system. Enhance your knowledge and understanding of this essential aspect of human biology.
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Overall life span (LS) was 1671.7±1721.6 days and cumulative 5YS reached 62.4%, 10 years – 50.4%, 20 years – 44.6%. 94 LCP lived more than 5 years without cancer (LS=2958.6±1723.6 days), 22 – more than 10 years (LS=5571±1841.8 days). 67 LCP died because of LC (LS=471.9±344 days). AT significantly improved 5YS (68% vs. 53.7%) (P=0.028 by log-rank test). Cox modeling displayed that 5YS of LCP significantly depended on: N0-N12, T3-4, blood cell circuit, cell ratio factors (ratio between cancer cells-CC and blood cells subpopulations), LC cell dynamics, recalcification time, heparin tolerance, prothrombin index, protein, AT, procedure type (P=0.000-0.031). Neural networks, genetic algorithm selection and bootstrap simulation revealed relationships between 5YS and N0-12 (rank=1), thrombocytes/CC (rank=2), segmented neutrophils/CC (3), eosinophils/CC (4), erythrocytes/CC (5), healthy cells/CC (6), lymphocytes/CC (7), stick neutrophils/CC (8), leucocytes/CC (9), monocytes/CC (10). Correct prediction of 5YS was 100% by neural networks computing (error=0.000; area under ROC curve=1.0).
Basavarajeeyam is a Sreshta Sangraha grantha (Compiled book ), written by Neelkanta kotturu Basavaraja Virachita. It contains 25 Prakaranas, First 24 Chapters related to Rogas& 25th to Rasadravyas.
ABDOMINAL TRAUMA in pediatrics part one.drhasanrajab
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2. Child Development
Child development is a dynamic process
Normal development is determined by a complex interplay between environmental factors, genetic factors and acquired pathology.
3. Warning Signs of Abnormal Development
Echolalia- repetitive imitation of speech- still present by 3 years.
Absoulte failure to develop skills (eg multi- syllable babble with intonation- by 10 months)
Motor asymmetry
Developmental regression- loss/ plateauing of skills
4. The Developmental Examination
History taking: family history, social and family environment, pre-, peri- and postnatal history.
Enquire into the parents concerns and seek information from others who know the child (eg. teachers, health- care staff)
5. Observation and interactive assessment
Suitable selection of toys should be made available before meeting the family and interacting with the child.
Appropriate toys for the age of the child and the domains of development to be assessed.
6. Observation and interactive assessment
Examples:
Copying behaviour (bell) and understanding of cause and effect (pop- up animal toys)
Definition by use (cup/ spoon, doll/ brush) and symbolic understanding (doll/ teddy/ tea set)
Fine motor/ eye- hand (bricks, crayons/pencil/paper, soft ball, form boards, puzzles)
Language and play (books with single pictures and stories, range of everyday toy objects, large and miniature toys)
7. Observation and interactive assessment
‘Free Play’- the child’s inability to organize the environment and generate ideas on their own will be significant.
Eg. May not be able to focus attention (flit from one object to another or repetitive play may be noted.
Cardinal rule of DA: to look not only what the child does, but also how s/he does it.
Quality of response should therefore be monitored as well as the actual achievement.
10. 2014/9/5
Developmental Examination: Birth to 1 Year
Motor Development
Tone, movements and posture (eg head control, hands (open or fisted), spine curvature, legs posture, weight bearing) in supine, pull to sit, supported/ independent sitting and standing, ventral suspension and prone position (180* manoeuvre).
Examine primary (Moro, grasp and ATNR) reflexes
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Developmental Examination: Birth to 1 Year
Significant Delay
Age
Fisting of hands
> 3/12
Poor head control
4/12
Persistence of primitive reflexes
> 6/12
Persistence of flexor hypertonia in the LLs (popliteal angle < 150*)
> 9/12
Unable to sit independently with straight spine
10/12
Not walking
18/12
12. 2014/9/5
Developmental Examination: Birth to 1 Year
Fine Motor Development
Coordination of vision with head movement (6- 8 weeks) and hand movements - watches own hand (hand regard) or objects held in hands (3- 4 months)
Two- handed reach replaced by single- handed reach (5- 6 months)
Exploration with index finger (8- 9 months)
Maturing grasp: improving apposition of tips of fingers with the tip of the thumb (palmar- 6/12, pincer (thumb- finger)- 9 to 10 months and finger tips (12 months)
Release with open hands or with pressure (10 to 11 months); controlled release - puts one cube on top of another (13 months)
13. 2014/9/5
Developmental Examination: Birth to 1 Year
FINE MOTOR DEVELOPMENT
Coordination of vision with head movement and hand movements - watches own hand (hand regard) or objects held in hands
6- 8 weeks
3- 4 months
Two- handed reach replaced by single- handed reach
5- 6 months
Exploration with index finger
8- 9 months
Maturing grasp: improving apposition of tips of fingers with the tip of the thumb (palmar)
- pincer (thumb- finger)
- finger tips
6 months
9- 10 months
12 months
Release with open hands or with pressure - controlled release - puts one cube on top of another
10- 11 months
13 months
15. 2014/9/5
Developmental Examination: Birth to 1 Year
Speech, language and communication
Common objects or large toys eg a ball, cup, plate, spoon, car or doll
18. 2014/9/5
Developmental Examination: Birth to 1 Year
Non- verbal communication
Vocalisation- 3/12
Pointing to ask - 9/12
Pointing to show- (9- 12 months)
Proto- imperative pointing (12 months)
Proto- declarative pointing (16 months)
Conventional gestures eg waving goodbye,blowing a kiss - (9- 12 months)
19. 2014/9/5
Developmental Examination: Birth to 1 Year
Social Development
Social responsiveness and anticipation
Social smile (6- 8 weeks)
Responds to social games eg peek-a-boo and shows anticipation (6 months)
Developing joint attention
Follows other's finger point to look at an object (8 months)
Uses finger and eye pointing to direct others' attention to share interest (9- 12 months)
20. 2014/9/5
Developmental Examination: Birth to 1 Year
Social Development
Becoming stranger aware- reacting by withdrawing or crying (6 months)
Social referencing - checking back by looking towards the caregiver in new situations (12 months)
21. 2014/9/5
Developmental Examination: Birth to 1 Year
Cognitive Development
Observation of infant's cognitive abilities are made during fine motor, communication, play and social interaction activities
4 main structured tasks are used
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Developmental Examination: Birth to 1 Year
1. Physical rules and object relationships
Offer 1 cube:reach, grasp, exploration, hand-to-hand transfer (reach out to grasp:5/12)
Offer another cube: imitation of clicking of two cubes (6/12)
Request for a cube back by putting open hand out- note release
Put an open container and encourage releasing a cube into it and taking it out (9- 15 months)
Inserting pegs into holes (15 months)
24. 2014/9/5
Developmental Examination: Birth to 1 Year
2. Cause- and- effect understanding and goal directed actions
Pop up or other action toys
Place a toy out of reach and the connected string near the child. Check grasp of string and pulling the string to get the toy
Shake a bell - 7/12, using cause-and-effect toys- 9/12, pulling a toy with a string- 9/12, moving a car- 12 months
Significant delay: No cause-and-effect play by 12 months
26. 2014/9/5
Developmental Examination: Birth to 1 Year
3. Object permanence: Finding a hidden toy (partially/ completely covered with a cloth)
Look for a partially hidden object: 6- 8 months
Search for a toy which has been completely hidden in their view: 9- 10 months
28. 2014/9/5
Developmental Examination: Birth to 1 Year
4. Categorisation
Use common objects/ toys: a toy, car,cup,spoon, bell, telephone (on self/ doll/ mother)
10-12 months: infants use similar looking objects/ toys in the same way eg moving toys that look like a vehicle
14 months: show 'definition by use' eg using a hair brush to brush their hair
Significant delay: not defining objects by their use by 18 months
30. 2014/9/5
Non- verbal perceptual-cognitive development
5. Drawing
Scribble to and fro: 15- 18 months
Circular scribble: 2 years
Draw a man
Copy shapes
Grasp of crayon/ pencil: 3years (50%) -
4 years (80%)
Handedness: appears from 2- 4 years.
Appearance before 12 months, prompt
neurological examination
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Developmental Examination: 1- 5 years
1. Motor development
2. Non- verbal perceptual- cognitive
development
3. Speech, language and communication
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Non- verbal perceptual-cognitive development
1. Block (1- inch cube) construction tasks
Imitate a model (child is shown how to do it)
Copy a model (child is shown a completed model)
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Non- verbal perceptual-cognitive development
2. Shape sorting/ jig-saw puzzles/ form boards
30months: Match 3 basic geometric shapes (circle, triangle and square) even when the form board is reversed
36. 2014/9/5
Non- verbal perceptual-cognitive development
3. Colour matching
and naming
30 months: 50% of children can match cubes/ cards by colour 42- 48 months: name 4 colours correctly
37. 2014/9/5
Non- verbal perceptual-cognitive development
4. Sorting objects by size
3years: point to big/ small cube/spoon/cup
42- 54 months: point to a long/ short line drawn on a paper
38. 2014/9/5
Crayon or Pencil Grasp
Palmar- Supinate Grasp 1- 11/2 years
Digital- Pronate Grasp 2- 3 years
Static Tripod Posture
31/2 - 4 years
Dynamic Tripod Posture
41/2- 6 years
39. 2014/9/5
Goodenough Draw- A- Person Test
Gross detail
Attachments
Head detail
Clothing
Hand detail
Joints Proportion
Motor Coordination
Fine head detail
Profile
40. Visual Behaviour, eye- hand coordination and problem solving
Progressive coordination of maturing vision with head, body and fine motor movements can be observed through: manipulation and use of pellet, rings, bell, cubes, crayon/ pencil, form boards or puzzles.
Achievement in this domain represent the precursor to later non- verbal problem solving abilities, correlate well with intellectual ability and may provide early markers for learning, psychological and psychiatric disorders.
41. Co-ordinated eye movements and eye-head co-ordination
Earliest developmental sequence starts with fixing gaze on the mother’s face following a face with eyes only co- ordinate eye- head movements to turn head to follow visually
Any abnormality of early visual behaviour should prompt referral for ophthalmological assessment
42. Eye- head co-ordinated milestones
Developmental milestones Mean age Limit age
(months) (months)
Visually alert, orients to face 1 Any delay
Visually follows face 2 Any delay
Co-ordinates eye movements with 3 Any delay
head turning
43. Eye- hand co-ordination
The infant shows visual awareness of hands and becomes increasingly refined in combining vision with hand movements for reaching, grasping, exploring and releasing objects.
44. Eye- hand co-ordination milestones
Developmental milestones Mean age (months)
Holds objects briefly when placed in hands 3
without visual regard
Visually examines own hand 4
Reaches out with a two- handed scoop 5
Reaches out and grasps objects on table surface with a 6
raking grasp
Transfers from hand to hand 6
Explores with index finger 6
Picks up a pellet/ raisin between thumb and finger 9
45. Eye- hand co-ordination milestones
Developmental milestones Mean age (months)
Picks up a string between thumb and finger 10
Can release in a container 10
Has mature grasp 12
Has precise release- without pressing on surface 13
Builds tower of 2 cubes 13
Builds tower of 3 cubes 16
Turns pages of book one page at a time 24
46. Language and communication milestones
Developmental milestone Mean age Range
(months) (months)
Comprehension/ receptive language
Understands ‘no’/’bye’ 7 6- 9
Recognizes own name 8 6- 10
Understands familiar names 12 10- 15
Definition by use: using objects by 15
Giving objects on request by 15
Points to body parts on self/ carer 15 12- 18
Points to body parts on doll 18 15- 21
Identifying objects on naming by 24
Follows a 2- step command 24 18- 27
Understands preposition (in/on) 24 18- 33
Understands preposition (under) 30 24- 39
Understands action words by 36
(eg. eating/ sleeping)
Understands simple negatives 36 30- 42
Understands comparative 42 36- 48
Follows 2 instructions 42 36- 48
Understands complex negatives 48 42- 60
Follows 3 instructions 54 48- 66
47. Language and communication milestones
Developmental milestone Mean age Range
(months) (months)
Expressive language and non- verbal communication
Jargon 12 10 – 15
Syllabic and tuneful babble 8 6- 9
Pointing to demand 9
Pointing to share interest 10 9- 14
One word 12 10 – 18
2- 6 words 15 12- 21
7- 20 words 21 18- 24
50+ words 24 18 – 27
2 words joining 24 18- 30
200+ words 30 24- 36
3- 4 words joining 30 25- 36
Pronouns 42 36- 48
Uses conjunctions (and, but) 48 36- 54
Sentences of 5+ words 48 36- 54
Complex explanations and sequences 54 48- 66
48. 2014/9/5
Speech, language and communication
1. Comprehension
2. Expression
3. Speech sound and fluency: intelligible
speech 2 years (50%), fully intelligible by 4
years
4. Pragmatics:21/2 - 3 years take turns in
conversation, 4 years hold conversation skilfully
49. 2014/9/5
Speech, language and communication
Place some toys/
objects (eg a cup,
spoon, plate, 1
inch cubes, key,
fork, pencil, car,
miniature toys and
pictures for 24
months and
above) near the child
and ask questions
50. 2014/9/5
Step 1
Comprehension
Object labels (15- 18 months): 'look at the....', 'where is the....', 'give me the...."
Identify by use (24- 30 months):
'which one do we eat with/ drink with/ sleep in?' (avoid pointing by finger or looking at the objects while asking)
Expression
Object labels (18- 20 months): 'What is this one', 'this is a ...."
51. 2014/9/5
Step 2
Comprehension (30 months)
Ask without pointing: 'show me who is eating/ sleeping/ running'
Expression (30- 36 months)
Ask while pointing at a picture: 'What is the boy/ girl doing)'
52. 2014/9/5
Step 3
Comprehension
Preposition (24- 36 months)
Colour (identify or name 2 colours by 36 months and four by 48 months)
Size: identify size (bigger/ smaller) of an object or picture (36 months), a longer line (42 months), the weight (heavier of cubes, 48 months)
Numbers: rote counting as a nursery rhyme (3 years), 31/2 - 4 years - count four to six cubes/ objects correctly, 4- 41/2 years- can follow direction to 'put three cubes in the cup'
4+ keyword sentences (42 months): give direction in a single sentence eg 'put the big cube and the spoon in the box'
Joined up sentences (48 months):'Put the spoon in the box and the pencil on the plate'
53. 2014/9/5
Step 3
Expression
Have a conversation with the child: school/ playtime
Look at the picture and tell me what is happening (describing narrative: 41/2- 5 years)
Describe common objects/ concepts:'What is a key/ friend?' (defining words: 52 months)
54. Play and social behaviour
Observation of play offers a unique opportunity to look at a number of developmental sequences as they come together to create an increasingly complex tapestry of play.
55. Developmental sequences involved in play
Cognitive play sequence
9 months Object oriented exploration play (maturing eye- hand co- ordination and object concepts)
18 months
Functional use of real objects on self and others (eg. spoon, brush)
24- 30 months Symbolic use of toys (eg. Toy, tea set, doll)
3- 4 years Pretend or imaginative play
56. Developmental sequences involved in play
Social play sequence
4- 5 weeks
Social smile
(90% by 6 weeks)
6- 12 months
Social anticipation
Lap games
(eg. peek- a- boo, pat- a cake)
10- 15 months Joint attention Points to show
3- 3.5 years
Social imitative play
(eg. role play)
57. Classification of Play Actions into the Five Stages
Stage I
Exploratory
Play
Stage 2
Relational Play
Stage 3
Self
Pretending
Stage 4
Decentered
Pretending
Stage 5
Sequence
Pretending
By physical By usage
Properties
Doll+ object Doll
alone
Same action Theme
Mouthing
Banging two Spoon
Objects in cup
Feeds self with spoon/cup
Feeds doll with Hugs spoon/ cup doll
Feeds doll Sleep
-self sequence
-adult
Shaking/ Hitting
Placing objects Pillow
into another on bed
Combs hair
Combs doll’s Kisses
Hair doll
Pillow
on bed
Doll on
bed –
head on
pillow
Examining
Placing objects ‘Sheet on’ bed/
on top of table
another
Washes self
Washes doll Walks
doll
Combs doll Covers
-self doll
-adult with
sheet
Dropping/ Throwing
Chair to table
Sleeps on doll’s bed or
pillow
Lies doll Makes
on pillow/ doll
Bed jump
Feeling/ Rubbing
Sits on doll’s chair
Dresses self with
doll’s clothes
Sits doll on -dance
Chair -somersault
Dresses/ undresses
doll
Puts doll Feeding
on bed Bathing
Child ‘sleeps’
Gestures adult to sleep
58. Tools
Minitiature toys: Wood table, small spoon (spoon of different sizes), doll, bathtub, 1 aeroplane (small red one), 1 teapot with cover, 1 jug, 1 bowl, 1 small dog/ cat/ cow, 1 car, 2 cups and 2 saucers, 2 chairs (different colours eg white and red of same size).
1 plastic cup, teaspoon, brush, comb, shoe, sock ( 5 items to check on language)
Dangling ball (wooly 12.5cm, plastic 6.25cm)
Small targets (cube 2.25cm, smartie 1.25cm, HT 1.25mm)
59. Gross motor
Delay in achievement of the gross motor milestones may be an indicator of neurological abnormalities and is sometimes associated with a global developmental delay.
60. Development of attention
Stage I- extreme distractibility. Attention shifts from one object/ person/ event to another. Their attention is held momentarily by whatever is the dominant stimulus (Year 1)
Stage 2- children can concentrate on a task of their own choice. They are v. resistant to interference by an adult (Year 2)
Stage 3- can shift their full attention to speaker and back to task with adult support. (Year 3: ‘single- chained attention’)
61. Development of attention
Stage 4- Children begin to become able to control focus of attention. Looks at an adult only when the directions become difficult to understand (Year 4: early ‘integrated attention’)
Stage 5- Can integrate verbal commands related to a task. Attention span still short. (Year 5: mature ‘integrated attention’)
62. Development of attention
Stage 6- Fully integrated attention. Auditory, visual and physical channels are integrated. Attention is well established.(5- 6 years)