'Gene expression' presentation slideshows

Functional Genomics

2.19k views • 112 slides

Genes, Microarrays and Motifs

Genes, Microarrays and Motifs. Lecture 8 CSC 2417/BCB 410 Michael Brudno. Many slides from various sources, including T. Hughes (U. of T.), S. Batzolgou (Stanford) , Sanja Rogic (UBC), Manolis Kellis (MIT). Outline. Intro to genes and motifs Identifying Gene Structures

1.02k views • 84 slides

Chapter 18 Gene Expression

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Biology of Malnutrition

Biology of Malnutrition. Part 3. Micronutrient Deficiencies. Focus is on Vitamin A Iron Iodine. Iron deficiency a significant concern worldwide. Iron deficiency occurs most often when there is a regular, significant loss of blood, as in the monthly cycle of women.

1k views • 46 slides

Ligand

Ligand. Receptor. Receptor/Ligand Binds to promoter elements in DNA and regulates transcription. Cortisol Receptor is located in the cytosol. Retinoid Receptors are in the nucleus. Nucleus:. Target gene in the nucleus. Promoter. Regulation of Transcription. Primary and Secondary Responses.

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Chapter 21

968 views • 34 slides

Principal Component Analysis

Principal Component Analysis. Jieping Ye Department of Computer Science and Engineering Arizona State University http://www.public.asu.edu/~jye02. Outline of lecture. What is feature reduction? Why feature reduction? Feature reduction algorithms Principal Component Analysis (PCA)

864 views • 34 slides

Behavioral Genetics

Behavioral Genetics. A bridge between the Neuro and Genetics courses. Behavioral Genetics. Many news sources are filled of late with evidence (some of it pretty good, but needing careful interpretation) for genes that determine or affect certain behavioral abilities.

707 views • 32 slides

Bioluminescence

Uses and application in the real world. Bioluminescence. Uses. Bioluminescence Resonance Energy Transfer (BRET) ? Bioluminescent molecules in gene expression Identification of bacterial contamination in food Artistic inspiration. BRET: Bioluminescence Resonance Energy Transfer.

2.09k views • 31 slides

The Central Dogma of Molecular Biology: How Genes Lead to Proteins

810 views • 31 slides

Transvection

Transvection. Zygotic Gene Activity in Development. The differentiation of cell types and the formation of organs depend on genes being activated in particular spatial and temporal patterns. Zygotic Gene Expression.

1.04k views • 31 slides

Chapter 19: Eukaryotic Genomes: Organization, Regulation & Evolution

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Cell Communication

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Lecture 10 Chapter 7 Recombinant DNA, Vector Design and Construction

Lecture 10 Chapter 7 Recombinant DNA, Vector Design and Construction . Neal Stewart. Discussion questions. 1. What basic elements should be included in the design and construction of an efficient ubiquitous and constitutive plant gene expression vector?

1.12k views • 26 slides

Genomes

Genomes. http://www.ornl.gov. Each cell within an organism contains a complete genome, but only deploys a fraction of the genes. Positive: selective activation of a gene at a particular place and time to produce a gene product

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679 views • 23 slides

Control of Gene Expression

Control of Gene Expression. Big Idea 3: Living systems store, retrieve, transmit, and respond to info essential to life processes. Essential Knowledge. 3B1: Gene regulation results in differential gene expression, leading to cell specialization.

467 views • 18 slides

Epigenetic control of Gene Regulation

Epigenetic control of Gene Regulation. Epigenetic vs genetic inheritance Genetic inheritance due to differences in DNA sequence Epigenetic inheritance not due to differences in DNA sequece . Epigenetic control of Gene Regulation. DNA methylation is key to epigenetic control of gene regulation

793 views • 12 slides

Introduction to Bioinformatics

Introduction to Bioinformatics. (Lecture for CS498-CXZ Algorithms in Bioinformatics) Aug. 25, 2005 ChengXiang Zhai Department of Computer Science University of Illinois, Urbana-Champaign. Outline. What is bioinformatics? Why is bioinformatics important? Bioinformatics and other fields

400 views • 11 slides

Cell Differentiation: Cell interactions in Development

Cell Differentiation: Cell interactions in Development. Patricia Zuk, PhD Research Director Regenerative Biogengineering and Repair (REBAR) Lab Department of Surgery David Geffen School of Medicine at UCLA. so cells can interact with each other and with their environment

862 views • 9 slides