'Model organisms' presentation slideshows

Chapter 22: Aging

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Chapter 22: Aging

786 views • 59 slides

Lecture #4 : Comparing genes

620 views • 52 slides

By Xianfeng (Jeff) Chen Computational and Systems Biologist May 7, 2009

Bioinformatics Cyber-infrastructure for Genomics and Proteomics in Systems Biology. By Xianfeng (Jeff) Chen Computational and Systems Biologist May 7, 2009. Agenda Today. Cyber-infrastructure and systems biology. (2) High performance computing and software for peptide/protein

557 views • 44 slides

553 views • 43 slides

Kingdom Fungi

Kingdom Fungi. The characteristics of fungi The evolution of the fungi Fungal classification Fungal life cycles Human-Fungus Interactions. The Characteristics of Fungi. Body form unicellular (yeasts) filamentous (tube-like strands called hypha (singular) or hyphae (plural)

926 views • 41 slides

Coming to grips with biological complexity at the NIH

Coming to grips with biological complexity at the NIH. Eric Jakobsson Director, NIGMS Center for Bioinformatics and Computational Biology Chair, NIH Biomedical Information Science and Technology Initiative For the Networks and Complex Systems Seminar Series Indiana University March 28, 2005.

464 views • 32 slides

Quaestio: How do our model organisms perform the life process of transport?

Quaestio: How do our model organisms perform the life process of transport?. Nunc Agenda: Think about the path food takes. What happens to those nutrients after they are absorbed through the villi of the small intestine? . What is Transport?.

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Universal aspects of aging

299 views • 22 slides

Biotechnology

Biotechnology . Chapter 13. Recombinant DNA . Tools used Restriction enzymes Gel electrophoresis DNA ligase. Restriction enzymes. Cut double stranded DNA into smaller fragments restriction sites Sticky ends Blunt ends . Gel electrophoresis. Separate and purify DNA fragments

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Lesson 1: Introduction

Lesson 1: Introduction. Created through a partnership between teachers, students and scientists at . After a week on the beach?. Why?. In What Ways do Cells Change in Response to a Dynamic Environment?. Same caterpillar... . Why? . Same flamingo. Why?. Same fly. Why?. Same plant.

257 views • 13 slides

Marsh Botanical Gardens

Marsh Botanical Gardens. Introduction to the Research Plant Growth Facilities. Plant research growth facilities. Greenhouses . Growth chambers. Overview.

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Dormancy of cells and organisms -strategies for survival and preservation

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Malaria

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Malaria

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Functional ecology of amphibians and reptiles

Functional ecology of amphibians and reptiles. The field of functional ecology. Functional ecology aims to understand how lower-level structures and processes allow an organism to function within its natural environment. genes. organelles. cells. tissues. organs. organ systems. organism.

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Rheology of liquid media influences bacterial physiology

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The Importance of Model Organisms

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TSC2

TSC2. By Samantha Lee. What is it?. Tuberin TSC1/hamartin Tumor suppressor (LOH) 41 small exons, 45 kb DNA ? 5.5 kb mRNA 196 kD. How does it work, downstream?. How does it work, upstream?. Harvard School of Public Health. Positional cloning 1993 Key Nonsense Missense Frameshift

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Embryonic Cell Development

Embryonic Cell Development.

137 views • 4 slides