Department of Anatomy

Goals

The broad goal in the teaching of undergraduate students in Anatomy aims at

  • To provide a basis for understanding the clinical correlation of organs or structures involved and the anatomical basis for the disease presentations.
  • Providing comprehensive knowledge of the gross and microscopic structures and development of human body.

Objectives

Knowledge

  • Analyze the integrative and regulative functions of the organs and systems.
  • He/she shall be able to locate the site of gross lesions according to the deficits
    encountered.
  • Demonstrate knowledge of the basic principles and sequential development of the organs and systems,
  • Recognize the critical stages of development, the effects of common teratogens, genetic mutations and environmental hazards.
  • He/she shall be able to explain the developmental basis of the major variations and
    abnormalities.

Skills

  • Identify and locate all the structures of the body and mark the topography of the living anatomy.
  • Identify the organs and tissues under the microscope.
  • Understand the principles of karyotyping and identify the gross congenital anomalies.
  • Understand principles of newer imaging techniques and interpretation of CT scan,
    sonogram etc.
  • Understand clinical basis of some common clinical procedures i.e. intramuscular and
    intravenous injection, lumbar puncture and kidney biopsy etc.

Integration

  • Comprehend the regulation and integration of the functions of the organs and systems in the body.
  • Thus interpret the anatomical basis of disease process.

Infrastructure

NameSize
Professor & Head5.24 x 4.41 = 23.10 Sq. m
Professor 15.31 x 3.17 = 16.83 Sq. m
Professor 25.31 x 5.04 = 26.76 Sq. m
Associate Professor3.10 x 5.23 = 16.21 Sq. m
Assistant Professor5.31 x 3.17 x 2 = 16.83 Sq. m
Tutors / Demonstrators5.31 x 5.04 = 26.76 Sq. m
Departmental Office5.31 x 3.17 = 16.83 Sq. m
Library Cum-Seminar Room5.31 x 6.35 = 34 Sq. m
Non-Teaching Room5.31 x 3.17 = 16.83 Sq. m
Dissection Hall19.31 x 19.27 = 372.10 Sq. m
Lecture Hall 219.35 x 19.27 = 372.87 Sq. m
Histology Lab12.85 x 19.27 = 247.61 Sq. m
Museum12.81 x 19.27 = 246.84 Sq. m
Demo I & II10.62 x 6.35 = 67.43 Sq. m
Research Lab10.62 x 6.35 = 67.43 Sq. m

Infrastructure: Departmental Library

CategoryDetails
Anatomy Books (Central Library)1045
Anatomy Books (Departmental Library)120
JournalJournal of Anatomical Society of India
e-Consortia (Books & Journals)Elsevier & DELNET e-consortia

Dept: Equipment’s / Teaching aids

Department is equipped with-

Department is equipped with-

  • LCD Projectors: 5
  • OHP Projectors: 2
  • Computers: 10 connected to internet
  • Printers – 3
  • Scanner with printer-1
  • Cooling (40C) cabinets – total capacity for 15 cadavers
  • Embalming machines
  • Takara Sound system- for dissection hall
  • All other equipment’s as per NMC norms
  • The department adheres to the NMC and MUHS, Nashik norms for undergraduate education.
  • New CBME curriculum has been implemented from 2019.
    –Orientation Programme
    –Foundation Course
    –Students feedback
    –Early clinical exposure
    –ATECOM
  • Departmental level Seminars, Poster competitions are conducted under the guidance of faculty.
  • All faculty use ICT to support & enhance the delivery of classroom teaching.
  • Dissection hall, histology laboratory, demo rooms, museum are ICT enabled.
  • Dissection hall is equipped with Takara sound system
  • Continuous Internal Evaluation (CIE) is carried out by internal assessment (formative) examinations.
  • Part completion/weekly tests are carried out regularly.
  • During COVID-19 online classes were conducted.
  • OSPE
  • Parent – Teacher Meetings help to understand students’ progression & problems.
  • Monthly attendance & Performance is informed to students as well as to parents.
  • Anatomy Elective postings for III/I MBBS are in the fields of neuro-anatomy;
    research oriented and hands on practice.
  • Remedial teaching for Slow learners
  • Coaching for Advanced learners
  • Students feedback provide us input and actions
Author(s)TitleJournal / Publication DetailsIndexed InRoleYear
Dr. Prashant MoolyaA cadaveric study of variations of renal artery from Nashik, Maharashtra IndiaJournal of Clinical and Diagnostic Research, 2022 Dec, Vol.16 (12): AC05-ACO9DOAJ, Embase2nd & CorrespondingDec 2022
Dr. Vrushali BhandarePrediction of Height Using Hand and Foot Parameters in Maharashtrian PopulationNational Journal of Clinical Anatomy, Volume 11, Issue 3, July–September 2022, Page 143-7PubMed1stJuly-Sep 2022
Dr. Prashant MoolyaRole of Axillary Arch Muscle in Neurovascular Compression: A Cadaveric Study in the Western Region of Maharashtra, IndiaInternational Journal of Anatomy Radiology and Surgery. 2022 July, Vol-11(3): AO33-AO36DOAJ1stJuly 2022
Ms. Swati MoreSexual Dimorphism in Cervical Spine – A Magnetic Resonance Imaging StudyJournal of Datta Meghe Institute of Medical Sciences University, Jan-March 2022, Vol 17, Pages 38-42UGC Approved1stJan-March 2022
Ms. Swati MoreAge Identification From Appearance of Pisiform Bone: A Radiological StudyInternational Journal of Medical Sciences and Current Research (IJMSCR), Vol 5, Issue 2, Page 1218–1224PubMed1st2022
Dr. Vrushali BhandareMorphological and Morphometric Analysis of Talar Articular Facets in Human Calcanei in Maharashtrian Populaton – A Descriptive StudyInternational Journal of Medical Sciences and Innovative Research (IJMSIR), Vol 7, Issue 1, January 2022, Page 209-215DOAJ2ndJan 2022
Khayinmi W.STherapeutic potential of Mucuna pruriens (Linn.) on high-fat diet-induced testicular and sperm damage in ratsAvicenna Journal of PhytomedicineScopus3rd2022
Khayinmi W.STestosterone Influence on Microtubule Associated Proteins and Spine Density in Hippocampus: Implications on Learning and MemoryDevelopmental NeurosciencePubMed3rd2022
Dr. Prashant MoolyaA Topographical Study of Nutrient Foramen in Human FibulaeInternational Journal of Anatomy Radiology and Surgery, IJARS 2021 Oct, Vol-10(4): AO61-AO64DOAJ, Index Copernicus1stOct 2021
Dr. Pushpa BuruteRole of TP53 Gene Polymorphism in Male InfertilityInternational Journal of Infertility and Fetal Medicine, Volume 12, Issue 2Scopus, Google Scholar4thMay-Aug 2021
Dr. Avinash ShewaleHistochemical study of mucosubstances in normal human vermiform appendixMedPulse International Journal of Anatomy. March 2021; 17(3): 24-26PubMed, Index Copernicus1stMarch 2021
Dr. Avinash ShewaleHistogenesis of human fetal pancreasMedPulse International Journal of Anatomy. February 2021; 17(2): 09-11PubMed, Index Copernicus2ndFeb 2021
Dr. Pushpa BuruteAnthopometric analysis of human dry patella for construction of patellar prosthesis: A pilot studyInternational Journal of Anatomy Vol. 9(1): A006 – A008Index Copernicus3rdJan 2020
Ms. Swati MoreAn Additional Head of Biceps Femoris: A Case ReportIndian Journal of AnatomyIndex Copernicus1st2019
Khayinmi W.STherapeutic potential of Mucuna pruriens (Linn.) on ageing induced damage in dorsal nerve of the penisThe Aging MalePubMedCorresponding2019
Dr. Avinash ShewaleThe morphometric study of the jugular foramen in human adult skulls of Western MaharashtraMedPulse – International Journal of Anatomy, Vol 7, Issue 2, August 2018PubMed, Google Scholar1stAug 2018
Dr. Datta NandanvankarA qualitative study of palmar dermatographics in congenital heart diseasesIndian Journal of Anatomy Volume 7, Number 4Index Copernicus2ndAug 2018
Dr. Avinash ShewaleVariations in carotico clinoid foramen in human skulls in western MaharashtraMedPulse – International Journal of Anatomy, Vol 6, Issue 3, June 2018PubMed, Google Scholar2ndJuly 2018
Dr. Pushpa BuruteSupratrochlear Foramen; Morphological Correlation and Clinical SignificanceIndian Journal of Anatomy Vol 5 Number 3Index Copernicus1stDec 2016
Dr. Avinash ShewaleStudy of Variations in the Divisions, Course and Termination of the Sciatic NerveJournal of Krishna Institute of Medical Sciences University, Vol. 2, No. 1Scopus, Google Scholar1stJan-June 2013

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