Principles of Rood’s Approach
Treatment technique used in physiotherapy for neurological patients which aids them to recover and improve quality of life
Facilitatory techniques
Inhibitory techniques
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Dr. Quazi Ibtesaam Huma (MPT)
Dr. Suvarna Ganvir (Phd, Prof & HOD)
Dept. of Neurophysiotherapy
DVVPF’s College of Physiotherapy
Content
Introduction
Types of MND
Clinical Features of MND
Diagnostic Procedure
Management: 1) Pharmaceutical
2) Physiotherapy
Motor Neuron Disease
Motor Neuron Disease are a group of neurodegenerative disorders that affects the nerves in the spine and brain to progressively lose its function.
Motor neuron diseases (MND) include a heterogeneous spectrum of inherited and sporadic (no family history) clinical disorders of the upper motor neurons (UMNs), lower motor neurons (LMNs), or a combination of both.
Types of MND
Amyotrophic Lateral Sclerosis
Amyotrophic lateral sclerosis (ALS) is a neurodegenerative disease, characterized by progressive degeneration of motor neurons in the spinal cord, brain stem, and motor cortex, leading to progressive muscle atrophy and weakness.
Clinical Features
UPPER MOTOR NEURON
Loss of Dexterity
Muscle Weakness
Spasticity
Hyperreflexia
Pathological reflexes
LOWER MOTOR NEURON
Muscle Weakness
Muscle Atrophy
Hypotonicity
Hyporeflexia
Fasciculation
Muscle Cramp
Impairment related to LMN
Other clinical features
Diagnostic Criteria
Diagnostic Procedure
EMG-
It include signs of active denervation, such as fibrillation potentials and positive sharp waves;
Signs of chronic denervation, such as large motor unit potentials (increased duration, increased proportion of polyphasic potentials, increased amplitude)
Unstable motor unit potential
Nerve Conduction Velocity Studies,
Muscle And Nerve Biopsies,
Neuroimaging Studies - MRI
Management- Multidisciplinary Approach
Physical Therapy Examination
Cognition
Pain
Psychosocial Function
Joint integrity, ROM and Muscle strength.
Motor Function: Gross motor and Fine motor
Muscle tone and reflexes
Cranial nerve integrity
Sensations
Gait
Respiratory Function
Physiotherapy goals in MND treatment.
Pain reduction
Prevention for contractures
Maintenance of joint mobility
Regular review of posture
Positioning to relieve discomfort
House Modification and ergonomic advice.
Management of Sialorrhea and Pseudobulbar Affect
Management for Dysphagia
PEG procedure.
A PEG may be recommended as the disease progresses.
A PEG is a type of gastrostomy tube inserted via endoscopic surgery that creates a permanent opening into the stomach for the introduction of food.
Studies have found that PEG insertion may prolong survival. Patients with PEG were found to live 1 to 4 months longer than those individuals who refused it.
Management of Dysphagia
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constraint induced movement therapy.pptxibtesaam huma
Constraint induced movement therapy
Dr. Quazi Ibtesaam Huma (MPT)
Dr. Suvarna Ganvir (Phd, Prof & HOD)
Dept. of Neurophysiotherapy
DVVPF’s College of Physiotherapy
Content
Introduction
History of CIMT
Components of CIMT
Population for CIMT
Advantages of CIMT
Recent advances
Introduction
History of CIMT
CIMT is based on research by Edward Taub ,his hypothesize that the non use was a learning mechanism and calls this behavior “Learned non-use”.
It was observed that patients with hemiparesis did not use their affected extremity .
Overcoming learned non use
Mechanisms of CIMT
Population for CIMT
Stroke
Traumatic Brain Injury
Spinal Cord Injury
Multiple Sclerosis
Cerebral Palsy
Brachial Plexus Injury
Advantages of CIMT
Overall greater improvement in function than traditional treatment.
Highly researched and credible treatment approach.
There are brain activity and observed gray matter reorganization in primary motor, cortices and hippocampus.
Increase social participation
Components Of CIMT
Types of CIMT
Restraining Tools for CIMT
Minimal Requirement of hand function for CIMT
Recent Advances
The EXCITE Trial: Retention of Improved Upper Extremity Function Among Stroke Survivors Receiving CI Movement Therapy.(2008)
The Extremity Constraint Induced Movement Therapy Evaluation (EXCITE) demonstrated that CIMT administered 3-9 months post-stroke, resulted in statistically significant and clinically relevant improvement in upper extremity function during the first year compared to those achieved by participants undergoing usual and customary care.
This study was the first randomized clinical trial to examine retention and improvements for the 24 month period following CIMT therapy in a subacute sample.
Study design - single masked cross-over design, with participants undergoing adaptive randomization to balance ,gender, prestroke dominant side, side of stroke, and level of paretic arm function across sites.
CIMT was delivered up to 6 hours per day, 5 days per week for 2 weeks.
Subsequent evaluations were made after the two week period, and at 4, 8, and 12 months.
Because the control group was crossed over to receive CIMT after one year.
Primary outcome measures – Wolf Motor Function Test
Motor Activity Log
Secondary outcome measure - Stroke Impact Scale (SIS)
were assessed at each of these time intervals, was administered only at baseline, 4, 12, 16 and 24 month evaluations.
Result :There was no observed regression from the treatment effects observed at 12 months after treatment during the next 12 months for the primary outcome measures of WMFT and MAL.
In fact, the additional changes were in the direction of increased therapeutic effect. For the strength components of the WMFT the changes were significant (P < .05) Secondary outcome variables, including the SIS, exhibited a similar pattern.
Conclusion: Mild to moderately impaired patients who are 3-9 months post-stroke demonstrate
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Early Intervention in High Risk Infants
-Dr. Quazi Ibtesaam Huma (MPT)
Dr. Suvarna Ganvir (Phd, Prof & HOD)
Dept. of Neurophysiotherapy
DVVPF’s College of Physiotherapy
Objectives
By the end of the seminar one would know
What is high risk infants?
Determinants of high risk infants
Monthwise neurodevelopment of infants in gestational age
Early intervention
General NICU guidelines for high risk infants
Recent advances
What is High Risk Infant?
A High risk infant is broadly defined as one who requires more than the standard monitoring and care offered to a healthy term newborn infant.
According to American Academy of Pediatrics, High risk infant may be defined as
Preterm Infant
Infant with special healthcare needs or dependence on technology
Infant at risk because of family issues.
Infant with anticipated early death.
High-Risk Clinical Signs
At 4 months of age, hypertonicity of the trunk or extremities is recognized as a high-risk clinical sign.
Less alternate kicking movement compared with typically developing LBW infant.
Abnormalities of kicking described by Prechtl as “cramped-synchronized,” that is, limited in variety and characterized by “rigid movement with all limbs and the trunk contracting and relaxing almost simultaneously,”
Preterm Infant
Preterm infant is the infant which is born before 36 weeks of gestation
Usually preterm infant have low birth weight i.e. less than 2.5 kgs
Determinants of High Risk Infant
Biological Risk
Attributed to medical/physical condition presence of
Asphyxia
Neonatal seizures
Prenatal exposure to drugs or alcohol
Brain-lesions
Low birth weight
Established Risk
Associated with diagnosis that is clearly established like,
Congenital malformation
Chromosomal abnormalities
CNS disorders
Metabolic disease.
Environmental & social risk
Refers to competency in parenting roles and factors in family dynamics
Suboptimal levels of stimulation and interaction in NICU
Inadequate parent-infant attachment
Insufficient educational preparation for caregiver roles
Meager financial resources of parents
Limited or absent family support to assist in taking care of and nurturing the infants in home environment.
The systems of infants develop in their stipulated time during gestational period prenatal or preterm results in specific injury
Commonest condition which requires early intervention
Newborn Maturity Rating—Ballard Score
Widely adopted because of the time efficiency
Ballard instrument involves only six physical and six neurological criteria, with a 0 to 5 scale and a maturity rating
designed to be used for neonates (20 to 44 weeks gestation) from birth through 3 days of age and has demonstrated concurrent validity with the Dubowitz gestational age calculation tool.
Neonatal Behavioral Assessment Scale
30- to 45-minute examination consists of observing, eliciting, and scoring 28 behavioral items on a 9-point scale and 18 reflex items on a 4-point scale
Six behavioral state categories are outlined in the NBAS: deep sleep,
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Designing a neurophysiotherapy department
-Dr. Quazi Ibtesaam Huma (MPT)
Dr. Suvarna Ganvir (PhD, Prof & HOD)
Dept. of Neurophysiotherapy
DVVPF’s College of Physiotherapy
Objectives
At the end of the seminar one should understand
Architecture programming.
Planning the neurophysiotherapy department.
introduction
Architecture programming
Architectural programming is a decision-making process leading to the definition of a building project in terms of purpose and function. It precedes and feeds into the design stage and is carried out at the very beginning of the construction project.
Our neurophysiotherapy dept
reference
Samuel Bonnet ,Physical Rehabilitation Centres Architectural Programming Handbook by International Committee of the Red Cross.
Questions???
Thank-you
#physiotherapy#physiotherapysetup#designinganeurotherapyopd#
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Orthotics used in Neurological dysfunction
-Dr. Quazi Ibtesaam Huma (MPT)
Dr. Suvarna Ganvir (PhD, Prof & HOD)
Dept. of Neurophysiotherapy
DVVPF’s College of Physiotherapy
Orthotics used in Neurological dysfunction
objectives
At the end of this seminar the students would have understood
Principle of orthosis and its function
Types of orthosis
Different types of orthosis used in neurological disorder.
Recent advances.
Principle of orthosis
Three point pressure principle:
1) forms the mechanical basis for orthosis correction
2) single force is applied at the area of deformity or angulation
3) two additional counter forces act in the opposing direction.
Functions of orthosis
Prevent deformity
Assist function of a weak limb
Maintain proper alignment of the joints
Inhibit tone
Protect against injury of a weak joint
Allow for maximal functional independence
Facilitates motion
Lower limb orthosis
ANKLE FOOT ORTHOSIS (AFO)
It consist of shoe attachment, ankle control, uprights and a proximal leg band.
Ankle Control
Ankle control – 1) by assisting motion
2) by limiting motion
Weak dorsiflexor dorsiflexion assistance Posterior leaf spring
Ankle control
Limited motion ankle control
Anterior Stop (dorsiflexion stop): determines the limits of ankle dorsiflexion.
Posterior Stop (plantarflexion stop): determines the limits of ankle plantarflexion.
Robinson et al (2008) carried out a randomised controlled trial (RCT) to compare the effectiveness of a temporary night splint with prolonged standing on a tilt table to prevent loss of ankle movement early after stroke in 30 people. Results suggest that a night splint in this cohort of people was as effective as the tilt table in maintaining range of movement. Compliance was 87% in the people who used the tilt table and 73% in the people who wore splints. It is suggested that an ankle splint can be used for preventing the loss of range of movement at the ankle joint (in people with stroke) when positioned at plantar grade.
Knee-Ankle-Foot Orthoses
Individuals with more extensive paralysis or limb deformity may benefit from KAFOs, which consist of a shoe attachment, foundation, ankle control, knee control, and superstructure.
Recent advances
An active knee orthosis for the physical therapy of neurological disorders
-Elena Garcia, Daniel Sanz-Merodio et al
This paper presents the design of a new robotic orthotic solution aimed at improving the rehabilitation of a number of neurological disorders (Multiple Sclerosis, Post-Polio Stroke and Spinal cord injury)
A KAFO with electronic knee control enables some patients with stroke
and other neuropathies to walk.
Hip knee ankle foot orthosis
Specialized thkafo
Contains a trunk band added to a HKAFO
Reciprocating gait orthosis:
The hips are connected by steel cables
which allow for reciprocal gait pattern.
When the patient leans on the supporting
BIOMECHANICS: TMJ
Dr.Quazi Huma
MPT(Neurosciences)
Asst professor
Objectives
Introduction
Structures: Articular Surfaces
Articular Disk Capsule and Ligaments
Upper and Lower Temporomandibular Joints
Function
Dysfunction
Introduction
Complex joint and unique
Condylar hinge-type of joint
Moves in all direction
Synovial type with no articular cartilage
Structure: Articular Surfaces
Proximal segment: Temporal bone
Distal segment; Condyles of Mandible
Trabecular bone with no articular cartilage
Fibrocartilage: dense, avascular collagenous tissue that contains some cartilaginous cells.
Fibrocartilage - present in areas, intended to withstand repeated and high-level stress.
For example – biting, chewing
In closed mouth position, the coronoid process sits under the zygomatic arch, but it can be palpated below the arch when the mouth is open.
Articular Disc
Biconcave
Thickness- 2 mm anteriorly -3 mm posteriorly-1 mm
Anterior & posterior portions- vascular and innervated
Middle part- Fibrocartilaginous, force-accepting segment
Attachment - medial and lateral poles of the condyle of the mandible
Bilaminar retrodiskal pad-
Superior lamina – elastic in nature
Inferior lamina – inelastic
The superior lamina allows the disk to translate anteriorly along the articular eminence during mouth opening ,its elastic properties assist in repositioning the disk posteriorly during mouth closing.
The inferior lamina simply serves as a tether on the disk, limiting forward translation
Capsule
TM joint capsule is not as well defined
Anterior, medial, and posterior capsule - quite thin and loose
Lateral aspect - stronger and is reinforced with long fibers
Ligaments
Primary ligament:
TEMPOROMANDIBULAR LIGAMENT: (suspensory ligament)
Outer portion: limits downward and posterior motion of the mandible,
limits rotation of the condyle during mouth opening.
Inner portion: Limitation of posterior translation of the condyle pro
b. STYLOMANDIBULAR LIGAMENT:
band of deep cervical fascia
limitation to protrusion of the jaw
c.SPHENOMANDIBULAR LIGAMENT:
that it serves to suspend the mandible
to check the mandible from excessive forward translation.
Functions of Temporomandibular Joint.
Most frequently used joints
Talking, chewing, and swallowing
Cartilage covering the articular surfaces is designed to tolerate repeated and high-level stress.
Musculature is designed to provide both power and intricate control.
Speech requires fine control of the jaw, and the ability to chew requires great strength.
Mandibular Movements
Depression (mouth opening)
Elevation (mouth closing)
Protrusion (jutting the chin forward)
Retrusion (sliding the teeth backward)
Lateral deviation (sliding the teeth to either side)
Muscles
Mandibular depression – Digastric muscle
Mandibular elevation – Temporalis, Masseter
Protrusion -- bilateral action of the masseter, medial pterygoid and lateral pterygoid muscles
Retrusion -- bilateral action of the pos
BIOMECHANICS : GAIT
- Dr. Quazi Huma
MPT Neurosciences
Asst. Professor
OBJECTIVES
WHAT IS GAIT?
GAIT CYCLE
GAIT TERMINOLOGY
KINEMATICS:PHASES OF GAIT
KINETICS
GAIT
Alternating movements of the lower extremities essentially support and carry along the head, arms, and trunk
Translatory progression of the body as a whole, produced by coordinated, rotatory movements of body segments.
GAIT CYCLE
A gait cycle spans two successive events of the same limb
KINEMATICSPhases of Gait Cycle: Stance Phase
EVENTS OF STANCE PHASE
Heel strike
Foot flat
Midstance
Heel off
Toe off
SUB PHASES
Heel strike phase
Loading response
Midstance
Swing Phase:
Gait Terminology: Temporal Variable
Gait Terminology: Distance Variable
KINETICS
GROUND REACTION FORCES
KINETICS
COP (Centre of Pressure)
Reference
Pamela K. Levangie, Cynthia C. Norkin; Joint Structure and Function: A Comprehensive Analysis 4th Edition.
POSTURE
Dr. Quazi Huma
MPT Neurosciences
Asst Professor
Objectives
Definition
Human posture – quadruped to bipedal
Postural Control
Analysis of all views
Physiological Deviations
Factors affecting posture
Definition
Good posture is the attitude which, is assumed by body parts to maintain stability and balance with minimum effort and least strain during supportive and non supportive positions.
CHARACTERISTICS OF GOOD POSTURE (Prerequisites of good posture)
For good posture to be maintained the following must be obtained:
The ability to maintain 'the body upright in good and erect position with less energy.
The ability to maintain balance in upright position via keeping the line of gravity near the center of the base of support.
Quadruped Vs Bipedal
Quadruped posture
Body weight is distributed between the upper and lower extremities
Good stability
Bipedal posture
Unique found in human
Small BOS
Use of upper extremities
Instability caused by a small BoS and a high CoM
BASE OF SUPPORT
BOS is defined by an area bounded posteriorly by the tips of the heels and anteriorly by a line joining the tips of the toes
CENTER OF MASS
It is the point where the mass of the body is centered
Position of the CoM is not fixed
CoM moves lower to a location in the standing adult at about the level of the second sacral segment in the midsagittal plane.
POSTURAL CONTROL
refers to a person’s ability to maintain stability of the body and body segments in response to forces that threaten to disturb the body’s equilibrium
POSTURAL CONTROL
STATIC POSTUREThe body and its segments are aligned and maintained in certain position
DYNAMIC POSTUREPostures in which the body or its segments are moving
PLUMB LINE
ANALYSIS OF POSTURE IN SAGITTAL VIEW
DEVIATION IN SAGITTAL VIEW
FLEXED KNEE POSTURE
GENU RECURVATUM
KYPHOTIC AND LORDOTIC CURVES
DOWAGERS HUMP AND GIBBUS DEFORMITY
ANALYSIS OF POSTURE IN FRONTAL VIEW
A. NORMAL FOOT B. PES PLANUS
C. PES CAVUS
ANALYSIS OF POSTURE IN CORONAL VIEW
FACTORS AFFECTING POSTURE
THANK YOU!!!!
Pamela K. Levangie, Cynthia C. Norkin; Joint Structure and Function: A Comprehensive Analysis 4th Edition.
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Welcome to the comprehensive guide on Relational Database Management System (RDBMS) concepts, tailored for final year B.Sc. Computer Science students affiliated with Alagappa University. This document covers fundamental principles and advanced topics in RDBMS, offering a structured approach to understanding databases in the context of modern computing. PDF content is prepared from the text book Learn Oracle 8I by JOSE A RAMALHO.
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Main Topic : VIEW
Sub-Topic :
View Definition, Advantages and disadvantages, View Creation Syntax, View creation based on single table, view creation based on multiple table, Deleting View and View the definition of view
Target Audience:
Final year B.Sc. Computer Science students at Alagappa University seeking a solid foundation in RDBMS principles for academic and practical applications.
Previous Slides Link:
1. Data Integrity, Index, TAble Creation and maintenance https://www.slideshare.net/slideshow/lecture_notes_unit4_chapter_8_9_10_rdbms-for-the-students-affiliated-by-alagappa-university/270123800
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This document is intended for educational purposes only. The content presented here reflects the author’s understanding in the field of RDBMS as of 2024.
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Sub-Topic :
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Target Audience:
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URL for previous slides
chapter 8,9 and 10 : https://www.slideshare.net/slideshow/lecture_notes_unit4_chapter_8_9_10_rdbms-for-the-students-affiliated-by-alagappa-university/270123800
Chapter 11 Sequence: https://www.slideshare.net/slideshow/sequnces-lecture_notes_unit4_chapter11_sequence/270134792
Chapter 12 View : https://www.slideshare.net/slideshow/rdbms-lecture-notes-unit4-chapter12-view/270199683
About the Author:
Dr. S. Murugan is Associate Professor at Alagappa Government Arts College, Karaikudi. With 23 years of teaching experience in the field of Computer Science, Dr. S. Murugan has a passion for simplifying complex concepts in database management.
Disclaimer:
This document is intended for educational purposes only. The content presented here reflects the author’s understanding in the field of RDBMS as of 2024.
This is an introduction to Google Productivity Tools for office and personal use in a Your Skill Boost Masterclass by the Excellence Foundation for South Sudan on Saturday 13 and Sunday 14 July 2024. The PDF talks about various Google services like Google search, Google maps, Android OS, YouTube, and desktop applications.
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We Covered:
-What rates are changing
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-Savings tips
2. OBJECTIVES
•AT THE END OF SEMINAR, STUDENT SHOULD UNDERSTAND
•PRINCIPLES OF ROOD’S APPROACH
•FACILITATORY TECHNIQUES
•INHIBITORY TECHNIQUES
3. INTRODUCTION
• IT IS NEUROPHYSIOLOGICAL APPROACH DEVELOPED BY MARGARET ROOD IN 1940
ACTIVATION
• ROOD’S APPROACH
DEACTIVATION
Sensory
Somatic
Autonomic
Psychic
4. • ROOD’S APPROACH INCLUDES THREE COMPONENTS:
1.CONTROLLED SENSORY STIMULATION.
2.THE USE OF DEVELOPMENTAL SEQUENCE
3.THE USE OF ACTIVITY TO DEMAND A PURPOSEFUL RESPONSE.
5. •ROODS BASIC ASSERTION WAS THAT MOTOR PATTERNS ARE DEVELOPED FROM
PRIMITIVE REFLEXES THROUGH PROPER SENSORY STIMULI TO THE APPROPRIATE
SENSORY RECEPTORS.
6. BASIC ASSUMPTIONS
• MOTOR OUTPUT IS DEPENDENT ON SENSORY INPUT.
• NORMALIZE MUSCLE TONE.
• TREATMENT BEGINS AT DEVELOPMENTAL LEVEL OF FUNCTIONING.
• MOVEMENT IS DIRECTED TOWARDS FUNCTIONAL GOALS.
• REPETITION IS NECESSARY FOR THE REEDUCATION OF MUSCULAR RESPONSES.
7. PRINCIPLES OF TREATMENT
• 1) TONIC NECK AND LABYRINTHINE REFLEXES CAN ASSIST OR RETARD THEEFFECTS OF SENSORY
STIMULATION.
• 2) STIMULATION OF SPECIFIC RECEPTORS CAN PRODUCE THREE MAJOR REACTIONS, FOUR RULES OF
SENSORY INPUT.
• 3) MUSCLES HAVE DIFFERENT DUTIES.
• 4) HEAVY WORK MUSCLES SHOULD BE INTEGRATED BEFORE LIGHT WORK MUSCLES.
8. PRINCIPLE 1:
TONIC NECK AND LABYRINTHINE REFLEXES CAN ASSIST OR RETARD THE EFFECTS OF
SENSORY STIMULATION
9. PRINCIPLE 2:
STIMULATION OF SPECIFIC RECEPTORS CAN PRODUCE THREE MAJOR REACTIONS, FOUR RULES OF
SENSORY INPUT.
1.A FAST BRIEF STIMULUS PRODUCES A LARGE SYNCHRONOUS MOTOR OUTPUT
2.A FAST REPETITIVE SENSORY INPUT PRODUCES A MAINTAINED RESPONSE
3.A MAINTAINED SENSORY INPUT PRODUCES A MAINTAINED RESPONSE.
4.SLOW, RHYTHMIC REPETITIVE SENSORY INPUT DEACTIVATES BODY AND MIND.
10. PRINCIPLE 3 AND 4
MUSCLES HAVE DIFFERENT DUTIES
• STABILISERS & MOBILISERS
• HEAVY WORK & LIGHT WORK
• INTEGRATION OF HEAVY WORK MUSCLE
11. LIGHT WORK MUSCLES VS
HEAVY WORK MUSCLES
Light work
• PHASIC MOVEMENT
• FAST GLYCOLYTIC MOTOR UNIT
• SUPERFICIAL, USUALLY MULTIARTHRODIAL
• FUSIFORM OR STRAP; SMALL AREA OF
ATTACHMENT
• HIGH METABOLIC COST, GETS RAPIDLY
FATIGUE
• EXAMPLES : FLEXORS AND ADDUCTORS
• MOBILISER
Heavy work
• TONIC CO-CONTRACTION
• SLOW OXIDATIVE MOTOR UNIT
• DEEP AND ONE JOINT
• PENNATE; LARGE AREAS OF ATTACHMENTS
• LOW METABOLIC COST
• EXAMPLES : EXTENSOR AND ABDUCTORS
• STABILIZER
14. • PROXIMAL CONTROL BEFORE DISTAL CONTROL
• CEPHALIC CONTROL BEFORE CAUDAL CONTROL
16. • MEDIAL CONTROL BEFORE LATERAL CONTROL
• FOR EG: THREE ULNAR FINGERS DOMINATE FIRST GRASP.
THUMB AND INDEX FINGER DOMINATE PINCER GRASP
FOREFINGER DOMINANCE DEVELOPS
17. • GROSS MOTOR CONTROL BEFORE FINE MOTOR CONTROL
CHILD STABILIZES THE SHOULDERS AND HOLDS A BABY BOTTLE WITH BOTH HANDS.
CHILD PICKS UP TINY PELLETS AND PUTS THEM IN A SMALL BOTTLE.
18. • WEIGHT BEARING OCCURS ON FLEXED EXTREMITIES BEFORE ON EXTENDED EXTREMITIES
CHILD BEARS WEIGHT ON UPPER EXTREMITIES FLEXED AT ELBOWS IN PRONE-ON-ELBOWS.
CHILD BEARS WEIGHT ON EXTENDED ELBOWS IN PRONE-ON-EXTENDED-ARMS AND QUADRUPED.
20. FACILITATION TECHNIQUES
• CUTANEOUS FACILITATION:
• FAST BRUSHING
• ICING
STIMULATE EXTEROCEPTORS OF SKIN SUBSERVES PROTECTIVE WITHDRAWAL RESPONSES PROFOUND
EFFECT ON RETICULAR ACTIVATING SYSTEM & ANS
21. FAST BRUSHING
• BATTERY OPERATED BRUSH TO STIMULATE C FIBERS
• HAS MAXIMAL EFFECTS 30 MIN AFTER STIMULATION
• IS A NONSPECIFIC HIGH INTENSITY STIMULUS THAT INCREASESFUSIMOTOR ACTIVITY OF SELECTED MUSCLES.
• TO BE APPLIED OVER THE SAME DERMATOMES AS THAT OF MYOTOME
• APPLIED FOR 3-5 SECONDS REPEATED AFTER 30 SECONDS.
22. ICING
• FACILITATION OF MUSCLE ACTIVITY & AUTONOMIC NERVOUS SYSTEM RESPONSE
• A ICING OR QUICK ICING –PTS WITH HYPOTONIA OR RELAXATION
• ACTIVATES A DELTA FIBERS
• 3 QUICK SWIPES
• C ICING HIGH INTENSITY NOCICEPTIVE STIMULUS AFFECTING NONSPECIFIC C FIBERS.
23. LIGHT MOVING TOUCH
• TO ACTIVATE SUPERFICIAL MOBILISING MUSCLES
• APPLIED WITH FINGER TIP, CAMEL BRUSH, COTTON SWAB.
• 2 TIMES PER SECOND AT LEAST 10 TIMES ,REPEATED 3-5 TIMES ,30 SEC REST PERIOD BETWEEN TWO
STROKES
24. • SITES OF APPLICATION: UPPER RIGHT QUADRANT OFOF ABDOMEN-FROM MIDLINE TO LATERAL DIRECTION
–TO INCREASE BREATHING PATTERNS VOICE PRODUCTION, GENERAL VITALITY.
• INSIDE TO MOUTH- TO STIMULATE MUCOSA, TO FACILITATE CLOSURE OF MOUTH, TO AID SWALLOWING
• INNER WALLS OF CHEEKS , POSTERIOR OF TONGUE
• OVER THE LIPS –TO AID OPENING OF MOUTH
25. • UPPER STERNAL NOTCH –AIDS SWALLOWING
• CONTRAINDICATED AT-MUCOSA OF MOUTH, NECK OF TRIGEMINAL RING , ALONG THE MIDLIINE OF THE
BODY,
• IN PATIENTS WITH HISTORY OF CARDIOVASCULAR PROBLEMS
28. PREMISE
•IF IT WERE POSSIBLE TO APPLY PROPER SENSORY STIMULI TO THE APPROPRIATE
SENSORY RECEPTORS AS IT IS UTILIZED IN NORMAL SEQUENTIAL DEVELOPMENT.
29. SUMMARY
• INTRODUCTION
• NORMAL DEVELOPMENTAL PATTERN.
• HEAVY WORK AND LIGHT WORK MUSCLES.
• PRINCIPLES OF TREATMENT OF ROODS APPROACH.
• TECHNIQUES OF APPLICATION
30. REFERENCES
• JAN S TECKLIN; PEDIATRIC PHYSICAL THERAPY; FIFTH EDITION.
• SUVARNA GANVIR; SHYAM GANVIR; MANUAL THERAPY APPROACHES IN NEUROPHYSIOTHERAPY.
• KUKI BORDOLOI, RUP SEKHAR DEKA; SCIENTIFIC RECONCILIATION OF THECONCEPTS AND PRINCIPLES OF
ROODS APPROACH; INTERNATIONAL JOURNAL OF HEALTH SCIENCES AND RESEARCH; 2018; VOL 8, ISSUE
9; PG NO 225-234.