'Normal dna' presentation slideshows

Genetics

Genetics. BIO.B.2. Protein Synthesis. RNA. Made up of Phosphate Ribose (a sugar) Four bases RNA bases are: Adenine Guanine Cytosine Uracil (instead of thymine). RNA Single stranded nucleic acid Forms part of ribosomes Two types of RNA: tRNA (transfer) mRNA (messenger).

786 views • 67 slides

Inferring Biologically Meaningful Relationships

Inferring Biologically Meaningful Relationships. Introduction to Systems Biology Course Chris Plaisier Institute for Systems Biology. Glioma : A Deadly Brain Cancer. Wikimedia commons. miRNAs are Dysregulated in Cancer. Chan et al., 2011. miRNAs are Dysregulated in Cancer.

653 views • 54 slides

Gene Delivery Systems

Nicolas Hoffmann P ierre Jolicoeur. Gene Delivery Systems. Applications. Transfection Reagent (90%) Functional Genomics Protein Over-Expression (5%) Gene Therapy Research (5%). Adenovirus Gene Delivery Systems Adenovirus Biology: an overview Adenoviral Vectors: a valuable research tool

695 views • 45 slides

NUCLEIC ACIDS (DNA and RNA)

NUCLEIC ACIDS (DNA and RNA). They are large, complex molecules of high molecular weight. They contain C, H, O, N and P. Their monomers are nucleotides. The Structure of a Nucleotide. Nitrogenous bases (adenine, guanine, thymine,cytosine, uracil). PO 4. 1. 3. Phosphoester bond. 2.

606 views • 45 slides

Be a Cancer Researcher for a Day

Be a Cancer Researcher for a Day. Michelle Brazas, PhD Ontario Institute for Cancer Research. Acknowledgements. John McPherson Geoffrey Fong Genome Technologies Team. Cancer 101. What is Cancer?. Cancers are diseases of unstoppable cell growth. Over 200 different types of cancer!.

454 views • 44 slides

UNIT 6: DNA

UNIT 6: DNA. BIG IDEA: DNA contains the genetic information to produce proteins but must first be converted to RNA to do so. http://evolution.berkeley.edu/evolibrary/article/mutations_02. Why do cells need DNA?. DNA contains the information cells need to function and live.

504 views • 37 slides

Mutations

Mutations. Changes in the DNA code. Mutation. A mutation is any change to the DNA. The can be as simple as a single base change (A to C) or as severe as deleting a whole section of the DNA.

378 views • 25 slides

Announcements

323 views • 23 slides

Innate immunity:

784 views • 18 slides

INHERITED BLINDNESS

398 views • 15 slides

DNA diagnostics

DNA diagnostics. What can we detect ?. Monogenic and polygenic inherited diseases Some types of tumors Disease progress during the therapy Identification of people in forensic medicine HLA-typization in cases of transplantation Prevention - examination: - preimplantation - prenatal

292 views • 13 slides

Chapter 17 Nucleic Acids and Protein Synthesis

Chapter 17 Nucleic Acids and Protein Synthesis. 17.6 Genetic Mutations. Mutations. A mutation, or change in the nucleotide sequence of DNA, can result from mutagens such as radiation and chemicals produce one or more incorrect codons in mRNA

213 views • 10 slides

Ultra-violet Radiation and Photoreactivation

Ultra-violet Radiation and Photoreactivation. Types of Radiation. 1. Ionizing Radiation X-rays and gamma rays Disrupts DNA and RNA Used for Sterilization Procedures 2. Non-Ionizing Radiation UV light Does not penetrate plastic, glass and proteinaceous matter (very well)

284 views • 5 slides

Introduction

MatBA: A Targeted Oligonucleotide Array for Assessment of Genomic Copy Number Alterations for Risk Stratification in Chronic Lymphocytic Leukemia

92 views • 1 slides