Investigators: Prof. Dr. Masroor Ellahi Babar, Dean, Faculty Of Science And Technology, Virtual University Of Pakistan (P.I). Mr. Muhammad Usman, Instructor.

Slides:



Advertisements
Similar presentations
“Emery’s Elements of Medical genetics”
Advertisements

Linkage and Genetic Mapping
Chapter 14 Human Genetics.
Warm-up What do you already know about chromosomes? Tell me at least one thing!
PowerPoint Lecture Outlines to accompany
Chapter 14- Human Genome.
Medical Genetics. Impact of Genetic Disease Estimated that 3-7% of the general population will be diagnosed with a recognized genetic disorder, NOT INCLUDING.
INHERITED GENETIC DISORDERS
Human Genetic Disorders 7 th Grade Science Mr. Bombick.
Chapter 14: The Human Genome
Chapter 14 – The Human Genome
PowerPoint Lecture Outlines to accompany
Thursday, October 2, 2014 Title: Genetic Disorders LT: I will be able to explain the inheritance of various genetic disorders. Do Now: 1.What is the difference.
Chapter 7: Congenital and Genetic Disorders Pathophysiology Ms. Harris.
Chapter 3: Genetic Bases of Child Development 3.1 Mechanisms of Heredity 3.2 Genetic Disorders 3.3 Heredity Is Not Destiny.
Let’s think about it… What are autosomes? What are sex chromosomes?
Human Heredity Chapter 14. Human Chromosomes Chromosomes are only visible during cell division (mitosis/meiosis). To analyze chromosomes, biologist photograph.
Human Inheritance Chapter 14 sec. 1 and 2. Pedigree Analysis Pedigree = a family record that shows how a trait is inherited over several generations.
Human Genetics and the Pedigree. Section Objectives Understand how different mutations occur. Be able to identify different diseases and disorders.
Human Heredity Chapter 14-1, 14-2, 14-3.
Chapter 14 - The Human Genome
Human Genome Biology Ch 14.
Genetic Disorders. Caused by a harmful mutation (physical change of gene) Mutation originally occurs in gamete and is passed to future generations (inherited)
Genetic disorders can be due to any of the following factors: A. Monogenetic Disorders: Caused by a mutation in a single gene 1. Autosomal recessive alleles:
 We need to look into cells for the answer  Analyzing chromsomes enables biologists to look at the human genome  Karyotype is a picture of chromosomes.
Autosomal recessive inheritance: the basics a tutorial to show how the genes segregate to give the typical pedigree pattern Professor P Farndon, Clinical.
A genetic disorder is an illness caused by one or more abnormalities in the genome, especially a condition that is present from birth (congenital). Most.
lethals genes which cause death of the organism.
The Human Genome Chapter 14 – Human Heredity Human Chromosomes.
Genetic review The diagram above represents the chromosomes of a person with a genetic disorder caused by nondisjunction, in which the chromosomes fail.
1 Chapter 14- Human Genome Students know why approximately half of an individual ’ s DNA sequence comes from each parent. Students know the role of chromosomes.
1 Finding disease genes: A challenge for Medicine, Mathematics and Computer Science Andrew Collins, Professor of Genetic Epidemiology and Bioinformatics.
Warm Up Things that are changed in an experiment are called the ___________________.
Lynch Syndrome or Hereditary Non-Polyposis Colorectal Cancer (HNPCC)
Human Genetics.
Chapter 14 Human Heredity
Chapter 14: Human Heredity
What is a mutation?            A mutation is a permanent change in the sequence of DNA.
Pedigree Analysis.
Genetic disorders and pedigrees
The Human Genome Chapter 14.
Monogenic Disorders Genetic Counselling
Copyright Pearson Prentice Hall
KA 4: Ante- and postnatal screening
Pedigrees in Human Genetics
When Something Goes Wrong…
The human genome Contains all the genetic material of an individual
Section 18.4 Heredity Objectives
Chapter 5: Genetics and genomics perspectives in nursing
PEDIGREES.
The Human Genome Chapter 14.
The Human Genome Chapter 14.
When Something Goes Wrong…
Pedigree Analysis.
INHERITED GENETIC DISORDERS
Chromosomes, Autosomes and Sex chromosomes
Different mode and types of inheritance
Chapter 14- Human Genome Students know why approximately half of an individual’s DNA sequence comes from each parent. Students know the role of chromosomes.
what are autosomes? What are sex chromosomes?
Pedigree Notes.
Pedigree Notes.
& Human Heredity January 6th/7th, 2008
(Non-Mendelian Genetics)
Pedigrees.
What is a mutation? Mutation = any change in DNA (the order of nucleotide bases/letters) Can occur in any cell in the body. Remember from the cells unit.
Class Notes #8: Genetic Disorders
Following Patterns of Inheritance in Humans
The Human Genome Ch 14.
Family History to Promote Individual Health
Presentation transcript:

Investigators: Prof. Dr. Masroor Ellahi Babar, Dean, Faculty Of Science And Technology, Virtual University Of Pakistan (P.I). Mr. Muhammad Usman, Instructor Biotechnology, Virtual University Of Pakistan (Co-P.I). Dr. Sarfaraz Iqbal, Assistant Professor Bioinformatics, Virtual University Of Pakistan (Co-P.I). Dr. Akhtar Ali, Assistant Professor Molecular Biology, Virtual University Of Pakistan (Co-P.I).

Contact person Mr. Muhammad Usman Email: usman@vu.edu.pk Cell#: 03451128789 Note: Contact only during office hours.

National Database for Human Genetic Disorders Virtual University Of Pakistan Is Going To Take Initiative Of Developing National Database for Human Genetic Disorders. Our Initial Target Is To Collect Data Of More Than 1000 Families Of Different Genetic Disorders. All Interested And Hard Worker Student Have A Lucky Chance To Become Part Of That Mega Project. Undergraduate final year students from Biotechnology, Zoology and Bioinformatics are welcome. Only Shortlisted Students Will Be Selected For Project

Definition A genetic disorder is a genetic problem caused by one or more abnormalities in the genome. Most genetic disorders are quite rare and affect one person in every several thousands or millions. Genetic disorders may be hereditary, meaning that they are passed down from the parents' genes.

The passing-down of traits from parent to child through genes, which are located in chromosomes. Heredity Gene

Mode of Inheritance Autosomal Recessive Genetic Disorders Autosomal Dominant Genetic Disorders Nondisjunction Genetic Disorders Sex-linked Genetic Disorders mtDNA Mutations Disorders

Basics of Genetic disorders Single-gene disorders, where a mutation affects one gene. Chromosomal disorders, where chromosomes (or parts of chromosomes) are missing or changed. Complex disorders, where there are mutations in two or more genes.

How many genetic disorders are present till date? More than 6,000 known genetic disorders are caused by inheriting an altered gene throughout the world. Generally, the alteration (mutation) means that the information contained in the particular gene is either changed or absent

How Many Genetic Disorders Included In Mega Project? Glaucoma Congenital Cataract Retinitis pigmentosa Cone-rod dystrophy (CRD)  macular degeneration macular dystrophy Rod con dystrophy Night Blindness

Cont… Deafness Age related hearing loss Micro cephaly Thelassemia Infertility Obesity Asthma Hypertension Diabities Mental retardation

Cont… Cystic fibrosis Down syndrome Duchenne muscular dystrophy Marfan syndrome, Huntington's disease, and. hemochromatosis. Hypercholesterolemia Alzheimer's disease

Cont… Hemophilia Inherited Heart Disorders Breast Cancer Colorectal Cancer Melanoma Cancer Ovarian Cancer Pancreatic Cancer Prostate Cancer Gastric Cancer Endometrial Cancer

Significance Asian Ethnicity is the major risk factor for many genetic disorders Pakistani population is relatively least investigate for genetic diseases such as compare to European populations. High degree of consanguinity in Pakistani population Provide a Priceless genetic resource for identifying new genomic regions.

Objectives Understanding the phenotypic and genotypic heterogeneity of different human genetic disorders in Pakistan Authentication of already reported Loci, Genes & Mutations involved in different genetic disorders Screening for novel loci, novel genes and novel mutations involved in different genetic disorders Establishment of a database that will have all the phenotypic, clinical and genotypic information's of all affected and suspected families under study

Pedigree

Whole exome sequencing

Benefits High level research profile Chance of publication in high impact factor journals. Chance of wining foreign scholarships And many others Note: Every student will get reward as per his/her effort

Plan of work Field Work (Necessary for all students) Bench work (Optional but have high importance and student will preferably rewarded more)

What to do? Search and identify families (minimum 20 per student) from hospitals, special education centers and other personal contacts Confirm Phenotype from a specialized doctor and collect clinical reports Draw family history (pedigree) Collect Blood samples minimum 5cc from all possible available affected persons of family (min 3, max 10) and from normal individuals ( min 3, max 10)

Cont… Labelle each blood sample with a unique code provided by supervisor Store samples at -20 or home refrigerator Extract DNA from all samples Design primers and perform PCR for PAGE analysis Genotype will be initially confirmed by PAGE DNA from all samples will be shipped to our International collaborator for WES. Data will be analyzed and published in high Impact factor journals

Who can become part of project? Students from all over the Pakistan have equal chance to become part of project No need to come Lahore for research Only shortlisted students will be call for meeting/interview Time and mode of meeting/interview will be announce later

What we provide? You will be facilitated by plastic wares and important chemicals or solutions for Field work and Bench work. Project will afford whole Exome sequencing cost (300$ per individual) Project will afford expenses of Publication Project will afford expenses of database development and maintenance Project will provide selected clinical centers for clinical evaluation Project will acknowledge all facilitators

What you afford? Student have to bear family identification and sampling cost Student have to manage clinical evaluation cost, if He or She goes to clinical centers other than provided by project management.

Inclusion and Exclusion criteria Family that have been part of any project in past will not be included Family that have less than 3 affected individuals will not be included Families other than above mentioned families are welcome to include

Important point Wrong or false information will not be accepted and bearable Student who provide wrong or false data or breach confidentiality will be immediately disqualified from project, degree and university. University will take every possible legal action against such students even after the completion of their degree. Note: There is no space for lying in this project, you will not escaped after providing false data or information.

FAQ: How to identify families How to approach families How to draw pedigree How to convince specialized doctors f0r clinical evaluation How to collect and samples from affected and normal individuals How to store and shipped samples How to proceed Bench work Duration of involvement for degree purpose Benefit of Extra involvement after degree

Enrollment procedure Find attached file for enrollment procedure. Note: 15, November, 2018 is the deadline of enrollment, none of application will be proceeded that received after 15, November, 2018. Note: student who can find maximum families before deadline will be given preference in interview. As we are receiving a lot of applications, and only few can become part of that project, so hurry up, do apply, search families, collect their contact details, enquire them and share their details before deadline to maximize your selection chances.

Interview questions Prepare all questions mentioned in lecture Keep basic information of all genetic disorders included in project Familiar yourself with basic theme and proceeding of project