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MBBS Anatomy Sections Overview: A High Level Guide

Anatomy is one of the core fundamental subjects for MBBS students which give insight into the structure as well as the complexity of the human systems. In this article, a description of various anatomy sections which are covered in the MBBS syllabus is provided along with a segregation of their branches and subtopics.


MBBS Anatomy Sections Overview


1. General Anatomy


General Anatomy is one of the broad types of anatomy which explains how different bodies of different individuals are homologous. It explains the basic terms, concepts and principles and gives students an introductory orientation.


MBBS Anatomy Sections Overview: A High Level Guide

General Anatomy Topics include:


  • Anatomical planes and positions

  • Bones and joints

  • Muscle types and actions

  • Nerves, blood vessels and fascia

Such an understanding becomes an important step before the learner is ready to deep dive into the anatomy of a particular area or system.


Check this video on Classification of Bones:


2. Gross Anatomy


Gross Anatomy deals with the structures of the human body which are visible to us by naken eyr without using any microscope. The subject may be classified on the basis of regions into the regional sections:

Upper Limb:

Deals with bones of the shoulder girdle, upper arm (humerus), fore limb (ulna and radius), wrist, and hands. It also includes muscles of shoulder joint such as biceps and major nerves such as brachial plexus.

Thorax:

Covers heart, lungs, sternum, ribs and thoracic skeletal muscle with diaphragm and its vascular and nervous supply. It highlights cardiopulmonary anatomy and the organization of the thoracic cavity.


Lower Limb:

Includes hip, thigh, knee, leg and foot anatomy this time around with a femur, sciatic nerve and functional aspects ,for instance, walking.


Abdomen:

Some abdominal organs including but not limited to stomach, liver, intestines and spleen. Students also look at the peritoneum and abdominal wall in this context.


Pelvis:

Focuses on the pelvic bones, the genitals as well as the muscles and the blood vessels related to them which are critical to understand child birth and urology.


Head and neck:

This section concentrates on the more complex structures as the skull, brain, cranial nerves and sensory organs or parts, in this case such as the eye. Special emphasis is made on clinical correlations.


Check this video on Lower Limb - Popliteal Fossa:


3. Histology


Histology studies tissues under the microscope, offering a deeper understanding. This gives a wider understanding of the structures and functioning of various aspects.


Key sections include:


Head and neck:

Covers histological structures like salivary glands, lymph nodes, linings of the oral cavity and so on.


Brain:

Encompasses the microscopic anatomy of the brain, neurons, glial cells and the entire meninges.


Other Tissues:

There are other topics usually included, which are the connective tissues, epithelial tissues, muscle tissues and the nervous tissues.


4. Embryology


Embryology is a biomedicine field that studies the human growth and development from fertilization to birth stage. It includes the following sections:


  • Gametogenesis and fertilization.

  • The early stages of embryonic development.

  • Organogenesis, or Ontogenesis (dedicated to organs formation ).

  • Congenital anomalies and clinical importance of such congenital malformations


This branch is vital for understanding developmental abnormalities.


5. Radiology


Radiology is the bridge after anatomy, linking it with clinical practice. It involves the use of X-ray, CT, MRI, and Ultrasound imaging systems to visualize portions of the body structure. In simple terms, radiography falls within the techniques of diagnosing and identifying fractures, tumors, and other diseases.


6. Genetics


Genetics is a relatively new sub-field of anatomy but an indispensable one. It investigates for example:


  • What is the basis of biological inheritance?

  • What is the basis of chromosome patterns?

  • What are the particular genetic anomalies in structural and anatomical coordinates?


The knowledge of genetics is of value for diagnosing inherited conditions and planning of treatment.


Conclusion


Learning anatomy is similar to learning a blueprint of the human body. From the regional aspect of Gross Anatomy to the cellular details of Histology as well as the developmental stage covered in Embryology, the branches are important. As MBBS students start this academic adventure, a structured treatment of these details will guarantee a secure knowledge of the human body.


We hope you will be back for more interesting topics on anatomy in this website mounicasanatomy.com



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