'Multiple genes' diaporamas de présentation

Finding Regulatory Motifs in DNA Sequences

Finding Regulatory Motifs in DNA Sequences. Outline. Implanting Patterns in Random Text Gene Regulation Regulatory Motifs The Gold Bug Problem The Motif Finding Problem Brute Force Motif Finding The Median String Problem Search Trees Branch-and-Bound Motif Search

1.42k views • 116 slides

Finding Regulatory Motifs in DNA Sequences

Finding Regulatory Motifs in DNA Sequences. Outline. Implanting Patterns in Random Text Gene Regulation Regulatory Motifs The Gold Bug Problem The Motif Finding Problem Brute Force Motif Finding The Median String Problem Search Trees Branch-and-Bound Motif Search

1.3k views • 101 slides

Review from last time

Review from last time. Coding and non-coding repeats make up the moderately repetitive portion of the eukaryotic genome Polyploidization and gene duplication contribute to structural and functional genome change Transposable elements contribute to structural and functional genome change

853 views • 70 slides

Living Hardware to Solve the Hamiltonian Path Problem

Living Hardware to Solve the Hamiltonian Path Problem. Faculty : Drs. Malcolm Campbell, Laurie Heyer, Karmella Haynes. Faculty : Drs. Todd Eckdahl, Jeff Poet.

689 views • 57 slides

NAMIC Core 3.2

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Cellular Automata & Molluscan Shells

Cellular Automata & Molluscan Shells. By Andrew Bateman and Ryan Langendorf. Cellular Automata. Wolfram class I: Wolfram class II: Wolfram class III: Wolfram class IV:. Where Did That Shell Come From?.

548 views • 40 slides

499 views • 38 slides

Gregor Mendel: Father of modern genetics

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Chapter 14

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Master Regulators of Tumor Subtype and Associated Driver Mutations

Interrogating High-Grade Glioma Regulatory Networks to Identify :. Master Regulators of Tumor Subtype and Associated Driver Mutations. Systems Biology. Genomics. Cancer . Drugs & Biomarkers. Prevention Diagnosis Treatment. Transcriptomics. Cell Regulatory Logic. Epigenomics.

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453 views • 22 slides

G e n e t i c s N e w s

327 views • 22 slides

The Genetics of Viruses and Bacteria Ch 18

The Genetics of Viruses and Bacteria Ch 18. Discovery of the virus (Mayer). 1883: tobacco plants stunted or mottled leaves. Contagious disease through sap contact Pathogen not seen through microscope Ivanowsky filtered sap to remove bacteria, still sap is contagious.

351 views • 21 slides

The Goal

The Goal. Understanding the etiology of disease X requires a genetic diathesis interacting with environmental, epigenetic and stochastic components. Hasler et al., (2005). The Problem.

300 views • 19 slides

What is Mendelian Randomisation?

What is Mendelian Randomisation?. Frank Dudbridge. Short answer. Instrumental Variable Analysis with a gene as the instrument A method for making causal statements from observational data. Association is not causation. Two major problems in observational data are: Confounding

372 views • 19 slides

A Summary of Mendel's Principles

A Summary of Mendel's Principles. Genes are passed from parents to their offspring. If two or more forms (alleles) of the gene for a single trait exist, some forms of the gene may be dominant and others may be recessive.

477 views • 16 slides

Gene Expression Analysis by SAGE and MPSS

Gene Expression Analysis by SAGE and MPSS. Amanda Sitterly. Gene Expression. Some challenges: Large number of genes How do you keep samples and equipment small and affordable? How do you analyze that amount of data? Need to know sequence of some or all genes. Methods.

470 views • 15 slides

Exploring Mendelian Genetics

Exploring Mendelian Genetics. Independent Assortment To determine if the segregation of one pair of alleles affects the segregation of another pair of alleles, Mendel performed a two-factor, dihybrid cross.

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THINK ABOUT IT

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Traits: The Puppeteering of Genetics

167 views • 8 slides