FINAL Program 25th September 2016

Final program:

8-30 to 9-30 AM Prayer ,welcome ,deep pragragtya ,inauguration ,

Session A 9-30 to 10-30 AM Competencies in Medical Education

 

Dr Neeraj Mahajan

 

Curriculum in Medical Education

 

 

Dr Supriya

Malhotra

Simulation in Medical Education

 

Dr Charu Pandia
Session B 10-30 to 11-30 AM Teaching methods in Medical Education

 

Dr Sahishta saiyad
Multi media in Medical Education

 

 

Dr Munjal Pandia
M-learning apps i.e Dr Vibhuti shah
Session C 11-30 to 12-30 Social media  in Dr Merchant Saumil

 

 

Communication in Medical Education

 

 

Dr Vyas sheetal

 

 

Reflective  learning

 

Dr Jay sheth

 

 

 

 

 

 

 

  12-30 to

1-15 PM

Panel discussion Q/A  
  1-15 to 2-00 PM Lunch break  
Session D

 

 

 

 

 

 

 

Session E

2-00 to 4-00

Clinical teaching symposium

 

 

 

 

 

 

 

 

 

4-00

onward

Paper/oral presentation

Imparting clinical Skills

 

 

 

 

Dr. Bhavesh  Jarwani

 

Humanities

In Medical Education

 

 

Dr Rajal Thaker

 

Inter professional education

 

Dr Harsha Makwana

 

Question technique

 

 

Dr Janardan Bhatt

 

 

 

 

 

FINAL Program 25th September 2016

Indian journal of applied basic medical sciences July 2016

July 2016 IJABMS fff

0 cover page and INDEX July 2016 Issue

1 EDITORIALS MIRROR NEURONS

2 EARLY CLINICAL EXPOSURE AS A METHOD TO AUGMENT CONTEXT BASED LEARNING AMONG FIRST YEAR MBBS STUDENTS

3 Electromagnetic Fields Emitted by Mobile Phone Affects Autonomic Function in Human Being

4 ULTRASOUND GUIDED INTERNAL JUGULAR VEIN CANNULATION IN CRITICALLY ILL PATIENTS IN ICU

5 Psychological aspects of Quality of life on strabismus

6 TRENDS AND OUTCOME OF EMERGENCY SURGERY FOR DUODENAL ULCER PERFORATION

7 A STUDY OF DISTAL TIBIA FRACTURES TREATED WITH DISTAL TIBIA PLATE WITH OPEN REDUCTION AND MIPPO TECHNIQUE

8 USE OF TINCTURE BENZOIN SEAL IN POST OPERATIVE WOUND COVER

9 COMPARISION OF ANATOMICAL LANDMARK GUIDED TW0 DIFFERENT APPROACH FOR INTERNAL JUGULAR VENOUS CANULATION IN TERTIARY CARE HOSPITAL

10 A STUDY OF PROXIMAL TIBIA FRACTURES TREATED WITH PROXIMAL LOCKING TIBIA PLATE WITH OPEN REDUCTION AND MIPPO TECHNIQUE

11 IMPACT OF AGING _ELDERLY GROUP _ ON RED BLOOD CELL DISTRIBUTION WIDTH _ANISOCYTOSIS_, A COMPARATIVE STUDY BETWEEN YOUNG AND ELDERLY SUBJECT

12 REVIEW OF MEDICAL LITTERATURE Greek and Rome History and mythology in medical literature

13 MESSAGE ON WORLD HEALTH DAY 7th April 2016

14 CONFERENCE of 25 September 2016

15 Forms

Indian journal of applied basic medical sciences July 2016

Physiology QUIZ 2016

  WELCOME TO QUIZ

4th INTEGRATED

BASIC MEDICAL SCIENCES QUIZ AHMEDABAD :

17th  April 2016 at 10  AM to 1-00   

Organized by

NATIONAL SOCIETY OF INTEGRATATION OF APPLIED BASIC MEDICAL SCIENCES

Reg  Office : B/13 Bansidhar appt , Raman nagar, Maninagar Ahmedabad pin 380008

Venue: Though not finalized

It gives us immense pleasure to invite students and faculty for participation at the 4th  INTEGRATED BASIC  MEDICAL  SCIENCES QUIZ  to be held on  – 17th  APRIL 2016 at 10  AM to 1-00 AM   organized jointly with AMCMET medical college ,LG Hospital Maninagar Ahmedabad pin 380008

Purpose of organizing INTEGRATED BASIC MEDICAL SCIENCES QUIZ  :

1 To provide academic feedback, growth, encourage integrated learning and teaching and share knowledge of  development various branches of basic medical sciences amongst the students and faculties.
2. To provide and unique background to develop competition spirit, teamwork, leadership and  co operation amongst students and doctors.

Pattern MCQ type Quiz  :

Eligibility for Participation

Any medical, dental, paramedical college student who has completed at least one semester in medical institute or MBBS doctors ,interns, Post graduate students willing to gain and test their Basic sciences knowledge. This competition is open for registration  on first-cum-first basis.

Subjects to be covered: Integrated basic sciences Physiology, Anatomy, Biochemistry, Genetics, immunology, statistics , Epidemiology

For Program Details and Registration form please contact us at the e-mail given below:

E-mail Contact: forum99in@gmail.com

Registration Fees:Rs.1500/ per Team ( 3members ) include three lunch passes and kit

All the participants will be awarded participation certificates and medal/ momentoes. Winner team will be awarded cash prize ,trophy and winning certificates.

Registration Deadlines: 15th of March  2016

Well, we are looking forward for your spirit of competition academic Marathon.

Sincere Regards,

Dr Janardan V Bhatt, MD, Medicine ,MD, PhD Physiology

Prof and Head ,AMCMET medical college ,LG Hospital , Maninagar ,Ahmedabad pin 380008

For details visit regularly http://www.themedicalacademy.in

 

 

Physiology QUIZ 2016

National Physiology QUIZ

National Physiology  QUIZ

16

QUIZ

NATIONAL SOCIETY OF INTEGRATATION OF APPLIED BASIC MEDICAL SCIENCES

Publishers:Indian journal of applied basic medical sciences

Registered under society act and charity act ,Government of India:Correspondence Address: Post box No 9013 ,Maninagar Post office ,Ahmedabad pin 380008 India

Web site: http://www. Themedicalacademy.in  e: forum99in@gmail.com,or soham2007@yahoo.com

__________________________________________________________________________________________

4th INTEGRATED BASIC MEDICAL SCIENCES QUIZ AHMEDABAD : 17th  April 2016 at 10  AM to 1-00 PM   

It gives us immense pleasure to invite students and faculty for participation at the 4th  INTEGRATED BASIC  MEDICAL  SCIENCES QUIZ  to be held on  – 17th  April 2016 at 10  AM to 1-00 AM   organized jointly with AMCMET medical college ,LG Hospital Maninagar Ahmedabad pin 380008

Purpose of organizing INTEGRATED BASIC MEDICAL SCIENCES QUIZ:

1 To provide academic feedback, growth, encourage integrated learning and teaching and share knowledge of  development various branches of basic medical sciences amongst the students and faculties.
2. To provide and unique background to develop competition spirit, teamwork, leadership and  co operation amongst students and doctors.

MCQ type Quiz will be held on 17th April – 2016 at 10 AM to 1-00 PM

Eligibility for Participation :Any medical, dental, physiotherapy  college student who has completed at least one semester in medical institute or MBBS, BDS, interns, Post graduate students willing to gain and test their Basic sciences knowledge. This competition is open for registration on first-cum-first basis.

Subjects to be covered: Integrated basic sciences Physiology, Anatomy, Biochemistry, Genetics, immunology, Pharmacology, statistics ,Epidemiology

Team will be notified for their selection into based on the primary screening process. For Program Details and Registration form, please contact us at the e-mail : forum99in@gmail.com,or soham2007@yahoo.com

All the participants will be awarded participation certificates and mementoes. Winner team will be awarded big prized including smart Phone, trophy and winning certificates.

Registration Deadlines: 29th of February 2016

Well, we are looking forward for your spirit of competition to participate in this academic Garba.

Sincere Regards,

,Prof and Head ,AMCMET medical college ,LG Hospital , Maninagar ,Ahmedabad pin 380008

For details visit regularly http://www.themedicalacademy.in

 

National Physiology QUIZ

Physiology QUIZ

 

Physiology QUIZ

NATIONAL SOCIETY OF INTEGRATATION OF APPLIED BASIC MEDICAL SCIENCES

Publishers:Indian journal of applied basic medical sciences

Registered under society act and charity act ,Government of India:Correspondence Address: Post box No 9013 ,Maninagar Post office ,Ahmedabad pin 380008 India

Web site: http://www. Themedicalacademy.in  e: forum99in@gmail.com,or soham2007@yahoo.com

__________________________________________________________________________________________

4th INTEGRATED BASIC MEDICAL SCIENCES QUIZ AHMEDABAD : 17th  April 2016 at 10  AM to 1-00 PM   

It gives us immense pleasure to invite students and faculty for participation at the 4th  INTEGRATED BASIC  MEDICAL  SCIENCES QUIZ  to be held on  – 17th  April 2016 at 10  AM to 1-00 AM   organized jointly with AMCMET medical college ,LG Hospital Maninagar Ahmedabad pin 380008

Purpose of organizing INTEGRATED BASIC MEDICAL SCIENCES QUIZ:

1 To provide academic feedback, growth, encourage integrated learning and teaching and share knowledge of  development various branches of basic medical sciences amongst the students and faculties.
2. To provide and unique background to develop competition spirit, teamwork, leadership and  co operation amongst students and doctors.

MCQ type Quiz will be held on 17th April – 2016 at 10 AM to 1-00 PM

Eligibility for Participation :Any medical, dental, physiotherapy  college student who has completed at least one semester in medical institute or MBBS, BDS, interns, Post graduate students willing to gain and test their Basic sciences knowledge. This competition is open for registration on first-cum-first basis.

Subjects to be covered: Integrated basic sciences Physiology, Anatomy, Biochemistry, Genetics, immunology, Pharmacology, statistics ,Epidemiology

Team will be notified for their selection into based on the primary screening process. For Program Details and Registration form, please contact us at the e-mail : forum99in@gmail.com,or soham2007@yahoo.com

All the participants will be awarded participation certificates and mementoes. Winner team will be awarded big prized including smart Phone, trophy and winning certificates.

Registration Deadlines: 29th of February 2016

Well, we are looking forward for your spirit of competition to participate in this academic Garba.

Sincere Regards,

,Prof and Head ,AMCMET medical college ,LG Hospital , Maninagar ,Ahmedabad pin 380008

For details visit regularly http://www.themedicalacademy.in

 

Physiology QUIZ

QUIZ PROGRAM

16

QUIZ

NATIONAL SOCIETY OF INTEGRATATION OF APPLIED BASIC MEDICAL SCIENCES

Publishers:Indian journal of applied basic medical sciences

Registered under society act and charity act ,Government of India:Correspondence Address: Post box No 9013 ,Maninagar Post office ,Ahmedabad pin 380008 India

Web site: http://www. Themedicalacademy.in  e: forum99in@gmail.com,or soham2007@yahoo.com

__________________________________________________________________________________________

4th INTEGRATED BASIC MEDICAL SCIENCES QUIZ AHMEDABAD : 17th  April 2016 at 10  AM to 1-00 PM   

It gives us immense pleasure to invite students and faculty for participation at the 4th  INTEGRATED BASIC  MEDICAL  SCIENCES QUIZ  to be held on  – 17th  April 2016 at 10  AM to 1-00 AM   organized jointly with AMCMET medical college ,LG Hospital Maninagar Ahmedabad pin 380008

Purpose of organizing INTEGRATED BASIC MEDICAL SCIENCES QUIZ:

1 To provide academic feedback, growth, encourage integrated learning and teaching and share knowledge of  development various branches of basic medical sciences amongst the students and faculties.
2. To provide and unique background to develop competition spirit, teamwork, leadership and  co operation amongst students and doctors.

MCQ type Quiz will be held on 17th April – 2016 at 10 AM to 1-00 PM

Eligibility for Participation :Any medical, dental, physiotherapy  college student who has completed at least one semester in medical institute or MBBS, BDS, interns, Post graduate students willing to gain and test their Basic sciences knowledge. This competition is open for registration on first-cum-first basis.

Subjects to be covered: Integrated basic sciences Physiology, Anatomy, Biochemistry, Genetics, immunology, Pharmacology, statistics ,Epidemiology

Team will be notified for their selection into based on the primary screening process. For Program Details and Registration form, please contact us at the e-mail : forum99in@gmail.com,or soham2007@yahoo.com

All the participants will be awarded participation certificates and mementoes. Winner team will be awarded big prized including smart Phone, trophy and winning certificates.

Registration Deadlines: 15th of February 2016

Well, we are looking forward for your spirit of competition to participate in this academic Garba.

Sincere Regards,

,Prof and Head ,AMCMET medical college ,LG Hospital , Maninagar ,Ahmedabad pin 380008

For details visit regularly http://www.themedicalacademy.in

 

QUIZ PROGRAM

Medical technology :Wearable medical devices in medical sciences

15

Medical technology  :Wearable medical devices in medical sciences

 

Wearable medical devices are  worn like   clothes  or accessories i.e. wrist watches, bracelets ,glasses, chain .. ,.After the huge growth of  smart phones ,there is future for development of Wearable medical and health devices .One such  wearable device is smart  wrist watch Even and above showing time the smart watches are able to measure pulse rate ,body Temperature… A similar wearable devices have developed  to continuous recording of pulse, respiration rate and depth ,EEG and EEG for evaluation of arrhythmia ,sleep apnea and epilepsies .The most important common element here is it can be wearied and record the physiological parameter without much discomfort or even some time without knowledge of patients. .

Wearable medical devices has been also used to  educate and motivate individuals toward better habits and better health. The gap between recording information and changing behavior is substantial. while these devices are increasing in popularity and very soon we will know  the outcome also .Such devices can objectively  assess the eating behavior ,exercise performed , calorie consumed .A Pedometer is such very popular device which measure distance one walked or run or consumed energy. Thus Wearable medical devices  provide motivation and feedback to patient about their medical and health  behavior .Large number of bio feed devices are on horizon to motivate and modify the human behavior.

 

Many devices and apps  are on app store with all pros and cons ,but main issue are not cost but maintaining sustain use. Person start using such health related devices for beginning but later on dropped due to a very common cause i.e. forget to recharge . So the smart phone based devices have more compliance as many people prefer to  wear the smart phone most of  the time. .Large number of smart phone based medical educational apps also available on app stores  i.e. medical dictionaries ,medical procedures, medical data interpretation, mindscapes, medical news  ,medical drug dose calculators, medical abbreviation, medical laboratory values and technology information ,surgical procedures, drug doses and drug interaction and side effects ,medical prognosis, medical images ,blood sugar, blood pressure, body temperature ,pulse  recording and so on. A similar one app have actually found more useful in patient adherence to drug regimes especially amongst psychiatric patients or  patients who are on anti tuberculosis drugs and many more.

 

In medical education the Google glass have very promising future. In one instant ,a medical teacher demonstrated  a clinical case report and case images ,videos ,history ,finding and laboratory pictures were simultaneously visualized by participating  students on their smart phones  in class room set up and then the whole case was discussed interactively .The most challenging and future Wearable devices in medical education is  Holovin lenses created by Microsoft in joint efforts with Case Western Reserve University .This is probably  going to prove the  novel next generation teaching aid to medical students ,teachers and doctors. Holovin lenses look like holography but this is not holograph .The image are created  in brain of viewer when viewer wears the lenses . Holovin lenses are sleek, flashy headset with transparent lenses. one can see the world around , but when wearied suddenly that world is transformed  with 3D objects floating in mid air, virtual screens on the wall and your living room covered in virtual characters running amok. HoloLens measure up  reality-altering gadgets. It is not actually producing 3D images that everyone can see; Microsoft’s holovin lenses creates images only the wearer can see. Microsoft envisions the HoloLens as both a personal and a workplace device. person sees the wonders of a one’s’ own living world simultaneously . In words of Dr Neil Mehta a famous cardiologist of USA told in his lecture at  medical college .conference  that all one need is window 10 to create simulations with the HoloLens. Augmented reality is view of the physical real life world whose elements are augmented or enhanced by computer generated sensory input such as sound graphics, video or GPS data. A reviewer can able to separate the real world from the virtual world when using augmented reality with holovin lenses. Microsoft holovin is a mixed reality device that allows one to 3 D holograms of objects in real life settings.  With holovin lens handset doctors can see under a patient ‘ skin all the detail structures and functions i.e. aortic valve. Medical students are using headsets to learn more about human body.  In one example, the wearer is shown making a virtual click before a skeleton is separated from its vascular system and muscles from the body .

 

In various surveys  from many  apps on  smartphones are available to increase medication adherence. Wearable-electronics are gaining widespread use as enabling technologies, monitoring human physical activity and behavior as part of connected health infrastructures. Attention to human factors and comfort of these devices can greatly positively influence user experience, with a subsequently higher likelihood of user acceptance and lower levels of device rejection. In making the wearable devices   a human factors and comfort assessment is taken care for adherence. Thus such wearable medical gadgets will going to  play very valuable part in medical sciences.

 

References:

1 Harte R, Quinlan LR2 Glynn L4, Rodriguez-Molinero A5,6, Scharf T7, Carenas C8, Reixach E9, Garcia J10, Carrabina J11, ÓLaighin G12,13.

J Pers Med. 2015 Dec 16;5(4):487-508. doi: 10.3390/jpm5040487 Multi-Stage Human Factors and Comfort Assessment of Instrumented Insoles Designed for Use in a Connected Health Infrastructure.2 Mitesh S. Patel, MD, MBA, MS1; David A. Asch, MD, MBA1; Kevin G. Volpp, MD, PhD1 Wearable Devices as Facilitators, Not Drivers, of Health Behavior Change JAMA. 2015;313(5):459-460. doi:10.1001/jama.2014.14781.

3 MNS.com Microsoft website :

                                                                                                                                                                      

 

GREEK MYTHOLOGY IN MEDICAL LITTERATURE

Achilles:  Greatest Greek warrior in the TROJAN WAR, and the hero of homer’ s ILIAD. When he was an infant, his mother Thetis tried to protect Achilles by bathing him in the magical river styk to make him immortal, but the heel by which she held him remained vulnerable. During the siege of troy, returned to slay the Trojan hero hector, whose corpse he dragged in the dust behind his chariot. Later, Achilles was fatally wounded in the heel by an arrow from the of hector’ s brother Paris.

The phrase ‘achilles’  ‘heel’ is  sometimes used to describe a strong person’ s one significant weakness.

 

Aphrodite ( AFE-rer- dye- tee) ( roman name vanus) Greek goddess of love and beauty, the mother of eros and arenas . in the JUDGMENT OF PARIS, paris chose Aphrodite as the most beautiful goddess, over hera and Athena. Aphroodite was believed to have been born out of the foam of the sea, and is often pictured rising from the water, notably in the painting birth 0f venus by sandro BOTTICELLI.

 

Arthur, king: legendary English king who wizard MERLIN. When he was only a boy, Arthur gained the throne by with- drawing the magic sword EXCALIBUR from a stone, after many men had tried and a failed. Arthur established his court at cam- elot, where he gathered around him the knights of the ROUND TABLE. Other char- actors associated with the legends of Arthur are his wife queen GUINEVERE, and his treacherous nephew modred. When a love affair between Guinevere and sir LANCE- LOT was discovered and caused arthur’ s downfall at the battle of camlann. Mortally wounded, Arthur sailed to the mysterious isle of AVALON, promising to.

 

Astral body: in occult belief, an exact- though non- material- copy of the physical body. It is capable of separating itself, and remains attached to the physical body by a seemingly endless cord is severed and the astral body is freed from the limitations of the flesh.

 

Astral projection: experience of seeming to leave one’ s body observing it from outside. Occultists believe that this occurs when the ASTRAL BODY leaves the physical body. People who claim to have had an ‘out-of- body experience’ have talked of a sense of well- being, vitality and buoyancy. The experience can happen whether the subject is conscious or unconscious. The natural habitat of the astral body is said de a king of ‘fourth dimension’ called the astral plane, and its experencec there may some- times remembered as dreams.

 

Atlas: in Greek mythology, son of one of the TITANS, famous for his strength. He refused hospitality to PERSEUS, who using the head of MEDUSA, turned him into stone. He became the atlas mountains, forced to support the heavens for ever.

*since the 16th century, pictures of atlas and his burden have been used as dec- oration on maps. Accordingly, the word atlas used for a book of maps.

Bacchus: ( Greek name Dionysus): roman  god of wine, ecstasy and fertility, whose followers were called bacchants and bacchantes. In the 2nd century BC the worship of bacchus was banned in rome, but it was readmitted as a mystery cult under the empire.

*in art Bacchus is often depicted eating a bunch of grapes surrounded by SATYRS.

* a ‘bacchanalian’ party or feast marked by unrestrained drunkenness. The name recalls the romen festivals called bac- chanalia, held in honour of bacchus, which usually culminated in drunken orgies.

 

Brutus : in British mythology, the founder and first king of Britain. According to Geoffrey of moumouth’s 12th _ century history of tbe kings of Britain, Brutus and his Trojan settlers killed the last remaining GIANTS who livedon the island, after which Britain was named after brutus.
Camelot: in british legend, the capital of the kingdom of king ARTHUR.

 

 

Medical technology :Wearable medical devices in medical sciences

EMG study in cases of maturity onset diabetes neuropathy

 

14

EMG study in cases of maturity onset diabetes neuropathy

*Dr Jinal Pandya*, Dr. Neeraj Mahajan** Dr Urvashi Kapadia***

*Resident, **Associate Professor, *** Assistant Professor, Department of Physiology, NHLMMC, Ahmedabad

Abstract

Aims and objectives: To determine the association between types of clinical presentation and severity of neuropathy in NIIDM by electromyography

Methods: The study was carried out at private EMG center at Ahmedabad in 2012. Total randomly selected 52 cases male (39), female (13) symptomatic cases of NIDDM were included in study. We included known cases of NIDDM aged 32-88 excluding IDDM and asymptomatic NIDDM patient. The standard Needle EMG was used for study.

Results: From our study it was found that maximum (40.3%) cases seen with 6-10 years duration, 57.6% cases have BMI<18.5, 61.1% have >5’7” height, 80.7% don’t have positive family history. Associated diseases are HT (23%), CAD (17.3%). Presenting symptoms are tingling-numbness (73%), difficulty in walking (55.7%) Presenting signs are reduced or absent DTR (84.6%) and blunting of sensation (75%) All four limb demyelinating neuropathy seen in 76.9% and LL>UL in other 11.5% cases. All four limb axonal degeneration seen in 11.5% cases while exclusively lower limb is involved in 23% cases

Conclusion: From our study we concluded that Factors affecting are old age (>55) male gender, underweight (BMI<18.5), height>5’7”, duration>5 years. Further studies for associated diseases are recommended.  Common symptoms are tingling numbness and signs are blunting of sensations. Common type (>75%) of neuropathy is demyelinating distal symmetrical.

Introduction:

Electromyography (EMG) is a technique for evaluating and recording the electrical activity produced by skeletal muscles. The presence of abnormal spontaneous activity (positive sharp waves and fibrillation potentials) suggests active denervation. Analysis of motor unit potentials (MUAPs) on needle EMG helps determine the acuity and severity of nerve injury. Long duration, large amplitude and polyphasic motor unit potentials are seen in chronic axonal neuropathies, due to uninjured motor axons innervating denervated muscle fibers (1). EMG is used to diagnose neuropathies, myopathies and diseases of neuromuscular junction. EMG can not only help localize nerve lesions, but can also determine the chronicity of the neuropathic process. Electromyography is one of the important procedures to diagnosis and assessment of one of the commonest complication of diabetes, diabetic neuropathy. The lifetime incidence of neuropathy is approximately 45% for patients with type 2 diabetes mellitus and 54% to 59% for patients with type 1 diabetes mellitus (2) Studies of nerve conduction tests and electromyography performed at the time of diabetes mellitus diagnosis demonstrate that neuropathy is already present in patients when the neuropathy is still subclinical, and these tests show improvement with intensive control of glycemia (3) .among the various neuropathies diabetic neuropathy is a treatable condition, and hence if detected early, the proper treatment can be instituted in the early stages  can give rise to good outcome. (4)

Aims and objectives: 

  1. To study the clinical presentation of patients of diabetic neuropathy in non insulin dependent diabetes mellitus (NIDDM)
  2. To diagnose and assess types of diabetic neuropathy in NIDDM patients by electromyography.

Material and methods:

The study was carried out at private EMG center at Ahmedabad in 2012-13. Total randomly selected 52 cases male (39), female (13) symptomatic cases aged 32-38 of NIDDM were included in study. We included known cases of NIDDM aged 32-88 excluding IDDM and asymptomatic NIDDM patient. Symptomatic NIDDM patients were included and insulin dependent diabetes mellitus (IDDM) patients and non-symptomatic patients of NIDDM were excluded. This study was cross sectional. The standard Needle EMG was used for study. The decision of which muscle should be needled is taken on the bases of nerve conduction velocity (NCV) test. The muscle was examine in two phases1) when the muscle is at rest 2) when the muscle is put into voluntary contraction.

Result:                        Table 1.0 distribution of cases according to symptoms

Sr.no Symptoms Total cases % of cases
1 Tingling-numbness 38 73
2 Difficult in walking 29 55.7
3 Difficult in holding objects 17 32.6
4 Ataxia 4 7.6
5 Others 3 5.7

Patients have different symptoms. 73% presented with tingling and numbness. 55.7% have difficulty in walking. 32.6% have difficulty in holding objects. 7.6% have ataxia and 5.7% have other symptoms like chest pain and weakness

Table 2.0 distribution of cases according to signs

Sr.no Signs Total cases % of cases
1 DTR↓ or absent 44 84.6
2 All four limbs 19 36.5
3 Sensory blunting 39 75
4 Muscle power↓ 12 23.07
5 Others 4 7.6

 

On clinical examination 84.6% showed reduced or absent deep tendon reflexes, 75% of cases sensory examination showed blunting of sensation. There was reduction in power in 23.67%. DTR.

Table 3.0 distribution of cases according to EMG study

Sr.no Limb involved Demyelinating

Cases                %

 

Axonal

Cases                 %

Others

Cases                  %

1 UL & LL 40 76.9 6 11.5 6 11.5
2 UL 2 3.8 3 5.7    
3 LL 1 1.9 12 23    
4 UL>LL 2 3.8        
5 LL>UL 6 11.5        

 

EMG examination showed that 76.9% of cases have all four limb demyelinating type of neuropathy. Axonal degeneration in both upper limb and both lower limb was in 11.5%. 3.8% have pure upper limb while 1.9% have pure lower limb involvement.

From our study it was found that 36.50% cases were >60 years, 28.80% cases were between 51-60, 19.20% cases were between 41-50 and 15.30% cases between 30-40. 75% were male and 25% were female. According to BMI of patients 57.6% cases have BMI <18.5, 26.8% cases have BMI between 18.5-22.9 and 15.3% cases have BMI >22.9.61.4% cases have height more than 5’7” and rest 38.6% were of 5’6” or less height. From this study it was quite clear that neuropathy is seen in those patients of diabetes who were quite tall. 80.7% cases do not have family history of diabetes. 40.3% cases have 5-10 years duration of diabetes while 28.8% cases have <5, 13.4% cases have 11-15 and rest 11.5% cases have >16 years of duration of diabetes. Diseases associated with diabetes are hypertension 23%, CAD 17.3%, obesity 15.3% and others 11.5%. Smoking associated in 21.1% cases.

Discussion and Conclusion:

Majority of the cases lies in the later age group so it’s common over 50 years of age. Studies from Sri Lanka show a high prevalence of neuropathy at the time of diagnosis and a significantly higher prevalence with advancing age which is similar to our study. (5)Males are more affected then female but there is no definite documentation to show that males are more affected it may be just incidental so further study is recommended. It is known fact that diabetes per se is seen in obese persons but neuropathy patients are lean and thin persons. (6) One of the known factors to predispose to neuropathy is nutritional deficiency. From our study it is quite evident that duration of DM is more than 5 years in more than 65% of cases. Studies from Sri Lanka show a high prevalence of neuropathy at the time of diagnosis (9.8%) and a significantly higher prevalence with duration of disease. (5) The pattern of inheritance and the environmental factors differ in IDDM and NIDDM. HT and CAD are the most common associated diseases and smoking predisposes to neuropathy. It is a known fact that smoking and alcohol consumption predispose to neuropathy. (6) Commonest symptoms are tingling and numbness in feet and lower limbs. Common signs associated with diabetic neuropathy are sensory blunting and decrease DTR. (7) Both axonal degeneration and segmental demyelination can occur in diabetic neuropathy. Current information supports the hypothesis that diabetes can primary affect both the axon and Schwann cell in the development of polyneuropathy. The disease can produce a distal, length dependent axonopathy and also segmental demyelination. Primary nerve dysfunction in diabetic polyneuropathy is produced by demyelination. Axonal dysfunction parallels the severity of demyelinating process. (8)

Conclusion:

EMG examination reveals that majority of diabetic neuropathy patients (more than 75% of cases) have a demyelinating type of neuropathy, while remaining show axonal type of degeneration. This is one of the few neuropathies which if treated early, as reversible.

References

x

I. Tae Chung 1KPaTEL. Peripheral Neuropathy – Clinical and Electrophysiological Considerations. Neuroimaging Clin N Am. 2014 feb; 24(1): p. 49–65.
II Zilliox L RJ. Treatment of diabetic sensory polyneuropathy. Curr Treat Options Neurol. 2011 apr; 13(2): p. 143-59.
III. Albers JW HWPBRMCCPWBDCaCT(oDIaC(RG. Subclinical neuropathy among Diabetes Control and Complications Trial participants without diagnosable neuropathy at trial completion: possible predictors of incident neuropathy? Diabetes Care. 2007 oct; 30(10): p. 2613-8.
   
iv. weerasurya N SSaa. long term complication in newly diagnosed Sri Lankan patients with type2 diabetes. Quart j med. 1991;: p. 439-43.
   
   
8. V ] JP HSB. A qualitative electrophysiologic study uremic, diabetic and renal neuropathy. J Neurol. ; 41: p. 128-34.

x

 

EMG study in cases of maturity onset diabetes neuropathy

IMPACT OF PEER ASSISTED LEARNING ON YEAR 1 MEDICAL STUDENTS

13

IMPACT OF PEER ASSISTED LEARNING ON YEAR 1 MEDICAL STUDENTS

PEER ASSISTED LEARNING MODULE AS AN TEACHING LEARNING METHOD

Dr Janardan V Bhatt prof and Head ,AMCMET medical college .LG Hospital ,Maninagar Ahmedabad pin 380008

Abstract:

Back ground

Medical council of India recommends improving quality of training of IMGs by expanding the role of doctors/IMGs  from Clinician to Communicator, Leadership and member of the health care team. MCI also recommends improving quality of training by Vertical medical Integration , and expects Doctor as health educator as a core competency amongst the IMGs. Considering all these aspects of vision 2015  we have  assessed  peer-assisted learning teaching method and compared with traditional faculty based method of medical  education. The modern Learning pedagogy is now well supported by evidences to make education system active and   student-centered. senior students  give and assist their juniors on pre assigned  topics especially practical clinical teaching ., lead and provide  support to their junior classmates in the form of tutoring. The module is attractive to medical colleges faced with a growing number of learners but a static or rather decreasing faculty size.

Aims and objectives:

1] Introduce and evaluate peer assisted learning as T&L method  in first year medical students

2] To compare the impact of this method on learners with traditional method of learning

3] To Get the feedback of PAL

Method:

IEC approval was taken

Study design and type: experimental interventional comparative analysis

Study setting: Dept of physiology ,AMCMET medical college ,Ahmedabad

Study population :Ist year under graduate medical students Participants:

Inclusion criteria: All Ist year medical student willing to participate in study

Intervention:

PAL and traditional learning exposure assessed by OSPE tests

Sample size: n1 =50 +n2= 50 .Total 100

Assessment: Knowledge gain By post intervention tests : OSPE tests

Feedback: Perception of PAL by linkers scale

Statistical analysis: Mean and SD of results of post intervention tests of two experiment 1] Teaching blood pressure measurement  E1 and 2] Teaching clinical examination of pulse.

Total score in each design 20 marks assessed by OSPE. P value measured. P value <0.05 was considered statistically significant  other wise statistically insignificant

Feedback was assessed  by Likert scale

Results:

The study documented the fact that  the result [Score achieved ] were similar and statistically insignificant  amongst junior students whether by learned  PAL module  or faculty assisted Learning module

Studies have shown that peer assisted teaching has received a positive feedback from both the peer teacher , the learners and faculties as taken by linker score .In this setting OSPE scores were comparatively similar whether they have faculty instructors or peer teachers(Statistically insignificant P>0.5).

The study demonstrates: a) PAL methods learning scores as measured by OSPE test was statistically similar ……….(p= 0.692984 in E1 and P  =0.633656 E2 set up]

Conclusion:

These findings support that PAL module is as effective as traditional Module.

The study demonstrates: a) PAL methods learning scores as measured by OSPE test was statistically similar. Teaching skills should be part of the training of all medical graduates [MG], and it should begin at the medical-student level. By such intervention medical students may become more effective communicators and educator in context to future physician-patient interaction[vision 2015] .Students become better learners and as students may be future residents and faculty members , PAL module help them to develop  knowledge, attitudes ,skills for medical education. Peer Assisted Learning (PAL) could be an acceptable and beneficial educational strategy to organize the programs by which students can tutor or teach their peers.

We received positive responses from of medical students about their experience of vertical integration. Year 1 students reported that second year students provided guidance and reassurance. Year 2 students reported that the role helped them to improve their own understanding, communication and confidence. Though to  find motivated students to teach in group to junior peers is also difficult unless it is made a part of education objectives by institution. Medical colleges should form a PAL as part of educational objectives including teaching methodology if objectives of MCI Vision 2015 i.e. improving quality of training of IMGSs by expanding the role of doctors/IMGs from Clinician to Communicator, Leadership and member of the health care team is to be fulfilled .And thus modern Learning pedagogy ,to make education system active and   student-centered is also fulfilled .

Abbreviation: IMG= Indian medical graduate, PAL= Peer assisted learning. T&L=Teaching and learning, OSPE= Objective structured practical examination

Key words; Peer assisted learning, medical education, Teaching and learning

 

Introduction:

Medical council of India recommends improving quality of training of IMGs by expanding the role of doctors/IMGs from Clinician to Communicator, Leadership and member of the health care team. MCI also recommends improving quality of training by Vertical medical Integration , and expects Doctor as health educator as a core competency amongst the IMGs. Considering all these aspects of vision 2015  we have  assessed  peer-assisted learning teaching method and compared with traditional faculty based method of medical  education. The modern Learning pedagogy is now well supported by evidences to make education system active and   student-centered. Student centered activities have been linked to more effective learning because need to actively engage with the material in order to participate.

Learning by teaching is key element in peer-assisted learning. In this context there’s a lot of evidence to suggest that peer-assisted learning works really well. Peer assisted learning is not a single, undifferentiated educational strategy. It encompasses a broad sweep of activities. Peer-based learning is both cost-effective and versatile because it is customized to the group involved, utilizes their own experience, and addresses real-world issues and challenges.  In Peer assisted learning [PAL] students act as teachers and widely used in many universities and increasingly in medical schools. The module is attractive to medical colleges which faced with a growing number of learners but a static or rather decreasing faculty size. Peer assisted learning [PAL]  is a form of vertical educational integration. Here senior students  give and assist their juniors on pre assigned  topics especially practical clinical teaching .They lead and provide  support to their junior classmates in the form of tutoring. The module is attractive to medical colleges which faced a growing number of learners but a static or rather decreasing faculty size.

Aims and objectives:

1] Introduce and evaluate peer assisted learning as T&L method  in first year medical students

2] To compare the impact of this method on learners with traditional method of learning

3] To Get the feedback  of the PAL module

 

Methods: IEC approval was taken.

Study design and type: experimental interventional comparative analysis

Study setting: Dept of physiology ,AMCMET medical college ,Ahmedabad

Study population : Ist year under graduate medical students Participants:

Inclusion criteria: all Ist year medical student willing participate in study

Intervention:

PAL and traditional learning exposure assessed by OSPE tests

Sample size: n1 =50 +n2= 50 .Total 100

Assessment: Knowledge gain By post intervention tests : OSPE tests

Feedback: Perception of effectiveness of PAL by linkers scale by students

Statistical analysis: Mean and SD of results of post intervention tests of two experiment 1] Teaching  blood pressure measure E1 and 2] Teaching clinical examination of pulse.

Total score in each design  20 marks and T and P value measured. value <0.05 was considered statistically significant  other wise statistically insignificant

Feedback by Likert test

Procedure:

In Peer assisted learning [PAL] teaching method [PAL]  senior  medical students were given  optional teaching module to take. It worked in two phases. All senior medical students were invited to participate in exploring the vertical educational integration. In the first week an intense training is given about clinical –practical topic to be taught. They  taught the basics of how to structure a lesson plan and ask effective questions, and allow practicing their skills. IN PAL , second week and onward   senior medical students who are just about to start working in laboratory class set up. The idea is for the senior medical students to teach the junior medical students what they should expect on the ward i.e. measuring [E1] blood pressure ,and perform clinical examination of pulse [E2]. The PAL module,  senior students generally teach between eight to ten students per session. In this experimental set up  ,two practical session were planned .In PAL module the first session was observed once so to see their skills . In PAL module  We undertook study of  how medical students are impacted by being peer teachers and how having a peer teacher impacts learners. Two clinical practical session were  given by peer students and assessed by OSPE. The scores were compared with the same session given by regular Faculties. The present study conducted in AMCMET medical college to examine and compare the effects of two educational methods: Peer Assisted Learning [PAL module] and teaching by regular faculty members [Regular Module]on year 1 students. The  learning and retention scores we compared . Paired t-test were used for assessing effectiveness of educational methods.

Statistical analysis :Students T test

Ethics

Ethical approval for this study was obtained from authority

Complicit of interest: Nil

Results

The study documented the fact that  the result [Score achieved ] were similar and statistically insignificant  amongst junior students whether by learned  PAL module  or faculty assisted Learning module .Studies have shown that peer assisted teaching has received a positive feedback from both the peer teacher , the learners and faculties as taken by linker score. In this setting OSPE scores were comparatively similar whether they have faculty instructors or peer teachers(Statistically insignificant P>0.5).

The study demonstrates: a) PAL methods learning scores as measured by OSPE test was statistically similar ……….(p= 0.692984 in E1 and P  =0.633656 E2 set up]

 

These findings support  that PAL module is as effective as traditional Module.

 

Experiment 1

Experiment No of students Mean SDDEV P value
Post PAL 50 12.24

 

3.190987

 

 
Post traditional 50 12.44

 

2.532725

 

 
        0.692984

NS >0.5

 

 

Experiment 2

Experiment No of students Mean SDDEV P value
Post PAL 50 11.4

 

2.747912

 

 
Post traditional 50 12.2

 

2.77746

 

 
        0.633656

NS >0.5

 

Discussion:

The study documented the fact that  the result [Score achieved ] were similar and statistically insignificant  amongst junior students whether by learned  PAL module  or faculty assisted Learning module

Studies have shown that peer assisted teaching has received a positive feedback from both the peer teacher , the learners and faculties as taken by linker score. In this setting OSPE scores were comparatively similar whether they have faculty instructors or peer teachers(Statistically insignificant P>0.5).

The study demonstrates: a) PAL methods learning scores as measured by OSPE test was statistically similar ……….(p= 0.692984 in E1 and P  =0.633656 E2 set up].In the paper “Why medical students should learn how to teach?” Dandavino et al concluded that teaching skills should be part of the training of all medical graduates [MG], and it should begin at the medical-student level. The reasons  they proposed are  (1) medical students may become more effective communicators and educator in context to future physician-patient interaction; (2) students become better learners. 3 ]medical students are future residents and faculty members and with PAL module help them to develop students’ knowledge, skills, and attitudes in education may further stimulate these aspects.

Studies on medical education suggest that Peer Assisted Learning (PAL) could be an acceptable and beneficial educational strategy to organize the programs by which students can tutor or teach their peers.

We received positive responses of medical students about their experience of vertical integration. Year 1 students reported that second year students provided guidance and reassurance. Year 2 students reported that the role helped them to improve their own understanding, communication and confidence.

Though Students find peer learning a positive experience, it is not easy to implement as senior medical students have their own educational  schedules to  follow and  so they have to follow time management schedule .To find  motivated students to teach in group to junior peers is also difficult unless it is made a part of education objectives by institution. Some seniors are arrogant and may not ready to work with first years . Though the attitude is entirely counterproductive to the aims of vertical integration. The benefit to younger students is that they feel more comfortable asking what they perceive to be ‘stupid’ questions. The ‘hidden curriculum’ – that is, knowledge that’s not part of the official syllabus, things like how to please, and behavior that might upset the professors. It is been felt that students are more comfortable asking questions to peer students. Though there is also a fear of inaccurate information Transmission .

LIMITATIONS.

This study had several limitations. It was a small study with 50 Jr students and 5 peer students. The study Can be expanded to cover all students .There is genuine difficulty to find and motivate students to participate as teacher in PAL module.

Conclusion:

The study demonstrates: a) PAL methods learning scores as measured by OSPE test was statistically similar. Teaching skills should be part of the training of all medical graduates [MG], and it should begin at the medical-student level. By such intervention medical students may become more effective communicators and educator in context to future physician-patient interaction[vision 2015] .Students become better learners and as students may be future residents and faculty members , PAL module help them to develop  knowledge, attitudes ,skills for medical education. Peer Assisted Learning (PAL) could be an acceptable and beneficial educational strategy to organize the programs by which students can tutor or teach their peers.

We received positive/supporting  responses from medical students about their experience of vertical integration. Year 1 students reported that second year students provided guidance and reassurance. Year 2 students reported that the role helped them to improve their own understanding, communication and confidence. Though to  find motivated students to teach in group to junior peers is also difficult unless it is made a part of education objectives by institution. Medical colleges should form a PAL as part of educational objectives including teaching methodology if objectives of MCI Vision 2015 i.e. improving quality of training of IMGs by expanding the role of doctors/IMGs from Clinician to Communicator, Leadership and member of the health care team is to be fulfilled .And thus modern Learning pedagogy,to make education system active and   student-centered is also fulfilled .

 

 

 

References

I] A. Wadoodi, J.R. Crosby, Twelve tips for peer-assisted learning: a classic concept revisited

Med Teach, 24 (3) (2002), pp. 241–24

II]Bulte C, Betts A, Garner K, Durning S. Student teaching: views of student near-peer teachers and learners. Med Teach. 2007; 29(6):583-90.

III]Dandavino M, Snell L, Wiseman J. Why medical students should learn how to teach. Med Teach. 2007; 29(6):558-65.

IV]Dennick, R. and J. Spencer, Teaching and learning in small group. Medical Education: Theory and Practice. Edinburgh, UK: Elsevier. p, 2011: p. 131-156.

V] Field, M., Burke, J. M., McAllister, D., & Lloyd, D. M. (2007). Peer-assistedlearning: A novel approach to clinical skills learning for medical students. Medical Education, 41(4), 411–418. VI]Helen A. Scicluna1*, Anthony J. O’Sullivan1, Patrick Boyle2, Philip D. Jones1 and H. Patrick McNeil3 Peer learning in the UNSW Medicine program,BMC Medical Education 2015, 15:167  VII]Joanna H-M Tai, Terry P. Haines, Benedict J. Canny, Elizabeth K. Molloy, Benedict J. Canny, A study of medical students’ peer learning on clinical placements: What they have taught themselves to do, Journal of Peer Learning Volume 7 Article 6 2014 VIII] Kam, J., Mitchell, R., Tai, J., Halley, E., & Vance, S. (2010). A peer-assisted vertical study program (VESPA) for medical students: Results of a pilot study. Focus on Health Professional Education: A Multi-disciplinary Journal, 11(2), 76–79.IX] Koles et al.,The Impact of Team-Based Learning on Medical Students’ Academic Performance Academic Medicine, 85 (11) (2010), p. p1739 X] Lincoln, M. A., & McAllister, L. (1993). Peer learning in clinical education. Medical Teacher, 15(1), 17–25. XI]Lockspeiser T, O’Sullivan P, Teherani A, Muller J. Understanding the experience of being taught by peers: the value of social and cognitive congruence. Advances in Health Science Education. 2008; 13:361-72.  XII] McNeil HP, Hughes CS, Toohey SM, Dowton SB. An innovative outcomes-based medical education program built on adult learning principles. Med Teach. 2006; 28(6):527-34.  XIII] M. Dandavino, L. Snell, J. Wiseman .Why medical students should learn how to teach,Medical Teacher, 29 (6) (2007), pp. 558–565 XIV]N. Elliott, A. Higgins .Self and peer assessment-does it make a difference to student group work?Nurse Education in Practice, 5 (1) (2005), pp. 40–48 XV]O. Ten Cate, S. Durning Peer teaching in medical education: twelve reasons to move from theory to practice ,Medical Teacher, 29 (6) (2007), pp. 591–599 XVI]P. Orsmond, S. Merry, K. Reiling, The use of student derived marking criteria in peer and self-assessment  ,Assessment & Evaluation in Higher Education, 25 (1) (2000), pp. 23–38 XVII] Peets, A., et al., Involvement in teaching improves learning in medical students: a randomized cross-over study. BMC medical education, (2009).9(1): p. 55. XVIII] Secomb J. A systematic review of peer teaching and learning in clinical education. J Clin Nurs. 2008; 17(6):703-16.  XIX]Silbert BI, Lake FR. Peer-assisted learning in teaching clinical examination to junior medical students. Med Teach. 2012; 34(5):392-7.  XX] Sobral DT. Cross-year peer tutoring experience in a medical school: conditions and outcomes for student tutors. Med Educ. 2002; 36(11):1064-70.  XXI]Ten Cate, O., & Durning, S. (2007). Peer teaching in medical education: Twelve reasons to move from theory to practice. Medical Teacher, 29(6), 591–599. XXII] Trottier, R.W., A Peer-Assisted Learning System (’PALS’) approach to teaching basic sciences. A model developed in basic medical pharmacology instruction. Medical Teacher, 1999. 21(1): p. 43-47. XXIII} y. Steinert ,Student perceptions of effective small group teaching Medical education, 38 (3) (2004), pp. 286–293

 

Acknowledgements: All the faculty member of MCI FIME Center  especially Dr Kirti Patel ,Dr Aparajeeta Shukla, Dr Niraj Mahaj , Dr Harsha Makwana, and All the faculty members and students of AMC MET colleges ,Ahmedabad

Medical students: Denish, Divyata,Divya,Pranka,Yash,

 

 

 

IMPACT OF PEER ASSISTED LEARNING ON YEAR 1 MEDICAL STUDENTS

Analysis of body donation in the saurashtra region: A Retrospective Study

12

Analysis of body donation in the saurashtra region: A Retrospective Study
Sharma V*, Zaveri KK**, Patel MM**, Singel TC***, Patel RK**, Patel RM**, Chudasama JA**

*SRMS Institute of medical sciences, Bareilly
**M.P.Shah Government Medical College, Jamnagar, Gujarat
*** B. J Medical College Ahmedabad

Abstract:

Introduction: Body donation is defined as the act of giving one’s own body after death for medical research and education. As the gradual advancement in medical field and increasing research requirement of cadavers is increasing and so is the need for voluntary body donation.

Material method: This was a retrospective study, done by collection of data through the proforma which was obtained, at the time of body donation from the relatives and known of deceased from anatomy department of our institute, for the year 2010-2014.

Result: Average number of bodies donated per year was 19-20. The pattern of donation is variable from year to year. Most of donors were male and belonged to age group > 50 years, were literate and belonged to urban settings.

Conclusion: The saurashtra region population is very well aware of the idea of body donation and has set an example for rest of mankind through this noble act.


Introduction:

Body donation is defined as an informed and free act of giving one’s own whole body for medical and education research. (VII)

Delmas (2001) stated that donation is a clear “will” made by the persons free and informed. Donation is most often by self-sacrifices, conferring life on another and it is a gift for better tomorrow. (V)

A sound knowledge of anatomy is essential from the beginning of a medical education and, knowledge obtained through dissection of human body is indispensable. (I)

Anatomy act –

In India Anatomy Act was enacted in 1949. It has been uniformly adopted in all states of India. This act , rectified by various states in India provides for supply of unclaimed bodies to medical and teaching institutes for the purpose of anatomical dissection and research. (V)

Anatomy act is a state act propagated by the legislature and published in State Government Gazette. This act regulates the use of dead bodies for medical purposes. (III)

Dissection of human cadavers provides the students with an emotional  and intellectual approach towards human body. Most of the students today also think that dissection is indispensable and gives the best method for study of anatomy and disagree with the idea of replacing cadaver dissection with the computer-based program. (IV) (V)

Now- a- days with the upcoming advancements in the medical field, cadavers play an important tool for the clinicians to practice the various new techniques on them, so that they can apply the same with confidence over their patients.

Most of medical and dental students are in favor of organ donation; however less than half consider donating their own body for educational purposes at this point in their life.

Despite of the importance of body donation for medical education and the advancement of medical science, cadaver donation remains sub-optimal worldwide.

Aims: the aim of the present study was to analyze the pattern of body donation in saurashtra region.

Material and method: it    was a retrospective study, done by the collection of data through the proforma, that were filled during the year 2010-14 (five year data).

 The voluntary donors and the relatives of the deceased who came to the institute for whole body donation were required to fill a ‘dehdan form’ and they provided with a ‘sankalp patra’

After the donation of body, ‘abhar patra’ was issued to the relatives to express the gratitude from the institute and students for their noble act.

The ID proof of the deceased, death certificate issued by a registered medical practitioner are collected from the relatives who bring the dead body.

The proforma used in the study were filled at the time of body donation with the help of information provided by the nearest relative or known person of the deceased.

Information was obtained regarding the date and time of death, personal information of deceased and the nearest relative bringing body.

Results:

  1. Number of donors

 

 

 

  1. number of males and females

 

 

 

 

  1. number of working and non-working population at the time of death

 

 

 

 

 

 

  1. Age group of donors:

 

 

 

 

  1. Literacy trend among the donors:

 

 

 

 

 

  1. Statistical analysis of the above data:
x TOTAL P value
TOTAL NO. 98
LITERATE 64 Statistically significant

P<0.05

ILLITERATE 34
MALE 68 Statistically highly significant

P<0.005

FEMALE 30
<50 5 Statistically very highly significant

P<0.0001

>50 93
WORKING 44 Statistically not significant

P>0.05

NON WORKING 54

 

Discussion: From the results of the present study, it was concluded that, out of 19-20 average bodies per year donated to our institute, most of them were male and belonged to age group of greater than 50 years. It was proved by the data that literate population favors body donation than illiterate one.

  • Our results were found in accordance of studies done by Amanrao BP et al (2012) (II) who found the similar results in North Maharashtra population.
  • Ranjan et al (2014)(VI) did a study of awareness regarding voluntary body donation in population of Ujjain region of MP and derived the similar conclusion.

The reasons for the above observation could be, the better exposure of urban and literate population of country to body donation awareness programmes through mass media communication.

The higher age group in the donated bodies is because, most commonly deaths in these age group are from natural causes (especially above 70 years) , and they have a higher mortality rate.

Males out-number females in body donation because the life expectancy in males is lower as compared to females and females in our country are less aware (due to illiteracy) and feel cultural bondage.

Conclusion:It was concluded from the present analysis that the number dead bodies obtained by  our institute through voluntary body donation is sufficient to meet the requirements for medical education. The population of saurashtra region in Gujarat state is very well aware of the idea of body donation, which is a very appreciable act. They had set as an example for the people of other parts of our country and world, where due lack of voluntary body donation, medical institutes are running short of cadavers needed for medical education.

References:

  1. Ajita R, Singh YI; Body Donation And Its Relevance In Anatomy Learning; J. Anat. Soc., India; 2007; 5(1): 44-47
  2. Amanrao BP, Prakash KD et al; Whole Body Donation- An Attitude And Perception In North Maharashtra; Int. J. Hea. Sci. Res.; 2012; 2(2): 15-20.
  • Chakraborty S, Khan H , Yousuf BM; Body Donation And Its Significance In Anatomy Learning In Bangladesh- A Review; Bangladesh J Anat.; 2010;8(2):85-88
  1. Izunya AM, Oikenha GA, Nwaopara AO; Attitude Of Cadaveric Dissection In Nigerian Medical School; Asi. J Med. Sci.; 2010; 2(3) : 89-945. Krazpulska B, Bomkamp Dcollins J B, Benefits Of Traditional Cadaveric Dissection In Digital World; Med. Sci. Edu.; 2013; 23(1):27-34.
  2. Jadhav SD, Zambre BR; Body Donation: A Gift For Better Tomorrow- A Review Article
  3. Ranjan R, Jain A, Jha K; Evaluation Of Awareness Of Voluntary Body Donation Among Hospital Visiting Population In Ujjain; Int. J Med Appl Sci.; 2014; 3(1):116-12
  • Rokade SA, Bahetee BH; Body Donation A Review; Med J Western Ind; 41(1):36-41

 

Analysis of body donation in the saurashtra region: A Retrospective Study