'E coli' presentation slideshows

Why clone in eukaryotes?

Cloning in S. cerevisiae (cloning in eukaryotes, part 1). Why clone in eukaryotes? . Eukaryotic genes may not be expressed properly in bacterial host different mechanisms for gene expression modifications (glycosylation) very large pieces of DNA can be cloned (yACs).

1.44k views • 79 slides

TRANSGENIC TECHNOLOGY

TRANSGENIC TECHNOLOGY. High primary productivity High crop yield High nutritional quality Adaptation to inter-cropping Nitrogen Fixation . Drought resistance Pest resistance Adaptation to mechanised farming Insensitivity to photo-period Elimination of toxic compounds.

1.3k views • 68 slides

Constraint-Based Modeling of Metabolic Networks

Constraint-Based Modeling of Metabolic Networks . Tomer Shlomi School of Computer Science, Tel-Aviv University, Tel-Aviv, Israel March, 2008. Outline. Introduction to metabolism and metabolic networks Constraints-based modeling Mathematical formulation and methods Linear programming

882 views • 47 slides

CAP and HCAP

CAP and HCAP. Gary Skankey, MD, FACP, FIDSA University of Nevada School of Medicine. Community-Acquired Pneumonia (CAP) Epidemiology. Sixth leading cause of death Leading cause of death due to infectious disease More than 3 million cases of CAP per year 500,000 hospitalizations per year

1.79k views • 43 slides

DNA replication

DNA replication. Andy Howard Introductory Biochemistry 4 December 2008. DNA replication: accuracy!.

1.37k views • 43 slides

Spinal Cord lesions

Spinal Cord lesions. Prepared by : Saad Al-Qahtani. Presented by : Bandar Al-Qahtani. Supervised by : Dr.Esam Al-Jamal. Anatomy . Spinal cord lies within protective covering of vertebral column. Begins just below foramen magnum of the skull. Ends opposite 2 nd lumbar vertebra.

3.63k views • 43 slides

Automation of Plasmid DNA Purification

759 views • 40 slides

1.24k views • 31 slides

Diseases and Epidemiology

492 views • 28 slides

Metabolic Engineering

Metabolic Engineering . Max Itkin. Outline of the Talk. ? Introduction to Metabolic Engineering ? Metabolic Engineering in Plants ? Metabolic Engineering in Bacteria. Introduction to Metabolic Engineering.

928 views • 23 slides

Carla Ogeia GNPD Consultant - Mintel Custom Solutions 17th May 2006

347 views • 23 slides

About Science Prof Online PowerPoint Resources

About Science Prof Online PowerPoint Resources.

327 views • 22 slides

INTERFERON TAU-ROLE IN EMBRYO IMPLANTATION

INTERFERON TAU-ROLE IN EMBRYO IMPLANTATION. Paras Yadav*, Jaspreet Singh Arora*, Sachinandan De*, Tirtha Kumar Datta*, Surender Lal Goswami*, Aarti Bhardwaj $ , Shalini Jain # and Hariom Yadav #

947 views • 18 slides

Cell Metabolism

Chapter 6. Cell Metabolism. Metabolic Pathways. Metabolic Pathways Break down and manufacture molecules in a sequential set of reactions Enzyme reaction: generate products from substrates Networks of pathways : branch and converge Similar metabolic pathways from bacteria to human.

493 views • 17 slides

PYELONEPHRITIS

PYELONEPHRITIS. Presented By: Jillymae Medina. Inflammation of the structures of the kidney: the renal pelvis renal tubules interstitial tissue Almost always caused by E.coli. Etiology. Etiology. Usually seen in association with: Pregnancy diabetes mellitus Polycystic

2.44k views • 16 slides

Transfusion Medicine

318 views • 16 slides

Bacterial Diversity

Bacterial Diversity. The Examination of Bacterial Colonies in Selected Environments. By Lara Hartman and Daniel Arbeider. Purpose. Explore the bacterial diversity found in: Air Raw Chicken Soil Pond Water Washed & Unwashed Hands Library Table

645 views • 15 slides

E.coli aerobic / anaerobic switch study

E.coli aerobic / anaerobic switch study. Chao Wang, Mar 1 2006. The bacterium E. coli possesses a large number of sensing/regulation systems for rapid response to environmental changes.

523 views • 14 slides

Integrated Water Resources Management & Transboundary Water Cooperation In NIGER

495 views • 11 slides

Across 3. BOD 8. Disinfection 9. Ammonia 10. Coagulants 13. Collection 14. Nitrates 17. Filtration 18. Gasoline 19

Down 1. Ultraviolet 2. Arsenic 4. Ozone 5. Drycleaners 6. Sedimentation 7. Hydrologic 11. Secondary 12. Aeration 15. Fluoride 16. Potable 19. Calcium 20. 0.02 23. Floc. Across 3. BOD 8. Disinfection 9. Ammonia 10. Coagulants 13. Collection 14. Nitrates

146 views • 1 slides