'6 bp' diaporamas de présentation

Chapter 4 Molecular Cloning Methods

Chapter 4 Molecular Cloning Methods. Jay D. Hunt, Ph.D. Department of Biochemistry and Molecular Biology CSRB 4D1 568-4734 jhunt@lsuhsc.edu. I. Restriction Endonucleases. Restriction endonucleases

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Single Cell, RNA, & Chromosome Sequencing Technologies

Single Cell, RNA, & Chromosome Sequencing Technologies. George Church 2:30- 3:00 PM Tue 3-Oct-2006 Cancer Genomics & Emerging Technologies. Thanks to: NCI/NIH HMS-CGCC. AppliedBiosystems-Agencourt , Affymetrix, Helicos, 454, Solexa, DNAdirect, CompleteGenomics, Codon Devices.

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BC 368 Biochemistry of the Cell II

BC 368 Biochemistry of the Cell II. Bioenergetics Chapter 13 and Intro to Part II March 4, 2014. Overview of Metabolism. Sum total of all chemical reactions in the cell. Overview of Metabolism. Sum total of all chemical reactions in the cell. Overview of Metabolism.

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Metabolic Pathways

Metabolic Pathways. The biochemical reactions in the living cell? metabolism?are organized into metabolic pathways. The pathways have dedicated purposes : extraction of energy storage of fuels synthesis of important building blocks elimination of waste materials

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2.2 Cellular Respiration: The Details

2.2 Cellular Respiration: The Details. Melody Nady Dorna Ravamehr Sina Zargarzadeh Maggie Zhao Mr. Ramlochan SBI4U1-04. Importance of Cellular Respiration.

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TECHNIQUES & TOOLS FOR STUDYING DNA

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Chapter 15 (part 3)

Chapter 15 (part 3). Carbon Fixation (dark reactions). Carbon Dioxide Fixation. Reductive Pentose Phosphate Cycle. 6CO 2 +9ATP+5H 2 0 ? 9ADP+8Pi+6NADP + +(DHAP or G3P). Ribulose-1,5-Bisphosphate carboxylase/oxygenase (rubisco). Activation of Rubisco.

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BIOC/DENT/PHCY 230 LECTURE 2

BIOC/DENT/PHCY 230 LECTURE 2. Lactate dehydrogenase. pyruvate + NADH lactate + NAD +. M and H subunits: 5 isozymes M subunit has a lower affinity for pyruvate i.e. a higher K M M-type predominates in anaerobic tissues. M 4 predominates in muscle and liver

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Gluconeogenesis

Gluconeogenesis. Anabolic pathway that makes glucose from pyruvate Net result = reverse of glycolysis Three topics: 1. Thermodynamics 2. Enzymes 3. Regulation. Gluconeogenesis. 1. Thermodynamics

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ACCC

4-bp. CTGA. ACTC. CCTC. AGAG. AGCC. CAGG. GGTA. GATC. ACCC. ATCC. 5-bp. AACTC. CTGAC. CTCCC. CGGTA. GTAAC. AGACC. GCCCA. ACCCA. ACCCC. AGAGG. Pheromone Concentration. 6-bp. GCCCAC. ACGCAG. CTGACC. CGGGTC. CTGACC. AACTCA. CAGCCA. CACTGA. AGTCTA. AGCCTG. 7-bp.

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