'Nuclear genome' presentation slideshows

Sara Oyler-McCance USGS, Fort Collins Science Center, Fort Collins, CO Paul Leberg

CONSERVATION GENETICS AND MOLECULAR ECOLOGY IN WILDLIFE MANAGEMENT. Sara Oyler-McCance USGS, Fort Collins Science Center, Fort Collins, CO Paul Leberg University of Louisiana at Lafayette, LA. Introduction . Genetic techniques have only recently been applied to wildlife studies

577 views • 40 slides

Sara Oyler-McCance USGS, Fort Collins Science Center, Fort Collins, CO Paul Leberg

CONSERVATION GENETICS AND MOLECULAR ECOLOGY IN WILDLIFE MANAGEMENT. Sara Oyler-McCance USGS, Fort Collins Science Center, Fort Collins, CO Paul Leberg University of Louisiana at Lafayette, LA. Introduction . Genetic techniques have only recently been applied to wildlife studies

427 views • 40 slides

Part 2. Genome Anatomies

Part 2. Genome Anatomies. Chapter 7. Eukaryotic nuclear genomes Chapter 8. Genomes of prokaryotes and eukaryotic organelles Chapter 9. virus genomes and mobile genetic elements. Chapter 7. Eukaryotic nuclear genomes. 7.1. Nuclear genomes are contained in chromosomes.

433 views • 38 slides

Cell wall

Cell wall. Cell wall is the outermost wall of the cell Is made of cellulose, hemicellulose and pectin . is flexible and tough. The cell wall acts as a filtering mechanism Provides structural support Also provides protection Has 3 layers. Cytoplasm. Cytoplasm.

753 views • 35 slides

Synthetic Systems for Teaching and Learning

Synthetic Systems for Teaching and Learning. Winston Retreat June 25th, 2007 Natalie Kuldell. Unreal Irrational. Undergraduate teaching with SAGA deletions. Regulating RNA degradation in yeast mitochondria. Why hack the yeast mitochondria?.

445 views • 32 slides

Synthetic Systems for Teaching and Learning

Synthetic Systems for Teaching and Learning. Winston Retreat June 25th, 2007 Natalie Kuldell. Unreal Irrational. Undergraduate teaching with SAGA deletions. Regulating RNA degradation in yeast mitochondria. Why hack the yeast mitochondria?.

343 views • 32 slides

Potential of new reproductive technologies in reducing the risk of mitochondrial DNA disease

Newcastle Fertility Centre @. Potential of new reproductive technologies in reducing the risk of mitochondrial DNA disease . Mary Herbert PhD Professor of Reproductive Biology Newcastle University. Mitochondrial DNA ( mtDNA ) is maternally inherited. X. Day 1. Day 2. Day 3. Blastocyst

612 views • 31 slides

Nuclear Architecture/Overview

Nuclear Architecture/Overview. Double-membrane envelope Has lumen that is continuous with ER Outer membrane also has ribosomes like ER Nuclear envelope has pores large, complex structures with octahedral geometry allow proteins and RNAs to pass

382 views • 22 slides

Nuclear Architecture/Overview

Nuclear Architecture/Overview. Double-membrane envelope Has lumen that is continuous with ER Outer membrane also has ribosomes like ER Nuclear envelope has pores large, complex structures with octahedral geometry allow proteins and RNAs to pass

339 views • 22 slides

Structural & Functional Genomics and Proteomics

537 views • 19 slides

Genome Structure/Mapping

Genome Structure/Mapping. Lisa Malm 05/April/2006 VCR 221. Genome Structure/Mapping. Characteristics of the tomato nuclear genome as determined by sequencing undermethylated EcoRI digested fragments Want et al. 2006

350 views • 15 slides