Genetics Study, Dna, And Chromosomes Mutations

Important genetics topics and discussion

What you'll learn

Genetic conditions and diseases

Updated guidelines in genetics

Important Diagnostic tests

Oncology topics

Important Microbiology topics

Familial Genetics

Case discussions

Requirements

No prior requirements needed

Description

This course covers all the important topics in genetics study. From DNA structures and mechanism to chromosomal mutations and genetic diseases. We will start by discussing some basics and move to clinical cases and patients’ presentation. By understanding the function of each gene, we can easily deduce the associated diseases and their presentation.There many tests and essential investigations which we rely on daily in our clinical practice. A large number of these tests depends on deep understanding of genetics. Such as Polymerase Chain Reaction, Blotting Tests, and Flow Cytometry. These tests are very important and commonly seen in exams and in the clinical practice.Oncology is a big part of this course as we will discuss important tumors and their genetics origin. Such as Leukemia, Basal Cell Carcinoma, Melanoma, and Ewing Sarcoma. Certain microbes and carcinogens can alter our genomes are predispose cancers, we will go through these offenders and understand them.Understanding the modes of inheritance of genetic diseases is crucial for healthcare providers and genetics enthusiasts. Once you understand how genetic diseases run in families, it becomes easier to anticipate signs and symptoms and manage treatments accordingly.At the end of the course we have a quiz section to test your knowledge and refine the important information you learned.

Overview

Lecture 0 Introduction

Section 1: Familial Genetics

Lecture 1 Genetics anticipation

Lecture 2 Modes of inheretance

Lecture 3 Huntington's disease

Section 2: Important Diagnostic tests

Lecture 4 Polymerase Chain Reaction

Lecture 5 Blotting tests

Lecture 6 Flow cytometry

Section 3: Genomes

Lecture 7 mRNA

Lecture 8 Oncogenes

Lecture 9 Tumor suppressor gene

Lecture 10 Tumor marker

Section 4: Organs embryology

Lecture 11 CNS development

Lecture 12 Kidney development

Lecture 13 Oogenesis and Spermatogenesis

Section 5: Genetic conditions and diseases

Lecture 14 Chromosomal Defects

Lecture 15 Duchenne muscular dystrophy

Lecture 16 Ehlers-Danlos Syndrome

Lecture 17 Multiple Endocrine Neoplasia

Lecture 18 Shy Drager Syndrome

Lecture 19 Wilson disease

Lecture 20 Cystic fibrosis

Lecture 21 Marfan syndrome

Lecture 22 Complications of Down syndrome

Lecture 23 Diagnosis of Down syndrome

Lecture 24 Down syndrome mnemonic

Lecture 25 Edwards' syndrome

Lecture 26 Patau's syndrome

Lecture 27 Turner Syndrome

Lecture 28 Hemochromatosis

Lecture 29 Kallmann syndrome

Lecture 30 Klinefelter syndrome

Lecture 31 Phenylketonuria

Lecture 32 Polycythemia Vera

Section 6: Important Microbiology topics

Lecture 33 Conjugation

Lecture 34 Transduction

Lecture 35 Transposition

Lecture 36 viral genetics

Lecture 37 Virulence factors

Section 7: Oncology topics

Lecture 38 Acute Lymphoblastic Leukemia

Lecture 39 Basal Cell Carcinoma

Lecture 40 Cancer staging and grading

Lecture 41 Cancer terminology

Lecture 42 carcinogens

Lecture 43 Ewing Sarcoma

Lecture 44 Melanoma

Lecture 45 Multiple myeloma

Lecture 46 oncogenic microbs

Lecture 47 Pheochromocytoma

Lecture 48 Squamous Cell Carcinoma

Section 8: Miscellaneous topics

Lecture 49 Alpha and Beta Blockers

Lecture 50 Autoantibodies

Lecture 51 Biochemistry Terminology

Lecture 52 Epithelial Cell Junctions

Lecture 53 Hypersensitivity

Lecture 54 Lead poisoning

Lecture 55 Passive and Artificial Immunity

Lecture 56 RBC Changes

Section 9: Case discussion

Lecture 57 Case #1

Lecture 58 Case #2

Lecture 59 Case #3

Healthcare workers,Medical, nursing, or pharmaceutical students,Anyone with a passion for Gastroenterology and vitamins