'Antisense' diaporamas de présentation

Genetically Modified Organisms in Agriculture

Genetically Modified Organisms in Agriculture. In traditional breeding large pieces of chromosome are moved (by chromosome crossing over) often bringing in undesirable traits (e.g., poor product quality) with the desirable (e.g., pest resistance).

1.2k views • 59 slides

Antisense General

Antisense General. Human Genome project About 30,000 gene , At least 5, 000 disease related gene ? potential target for antisense therapy - Expression regulation on sense mRNA Direct therapeutic purpose including other functional genomics study.

799 views • 53 slides

697 views • 46 slides

534 views • 36 slides

Hybrid SFV VRP system

414 views • 30 slides

Biol518

Biol518 . Lecture 2 HTS and Antibiotic Drug Discovery. Modern Drug Discovery. Program Selection Target Selection/ Validation Assay Development HTS Lead Optimization Drug Candidate Selection Clinical Trials Drug Approval Follow-up Monitoring. HTS Workflow.

463 views • 28 slides

Advance Biochemistry

Advance Biochemistry. Introduction. Goals To cover aspects of biochemistry unique and important to plants Sometimes will involve bacterial biochemistry See some of the many biochemical pathways critical to plants (Structures will be shown!)

1.1k views • 27 slides

Manolis Kellis modENCODE analysis group January 11, 2007

Manolis Kellis modENCODE analysis group January 11, 2007. Part 1 : Target identification: comparative vs. exprmt. (really the topic for today) Part 2 : Target validation (optional) Part 3 : Motif discovery (optional) Part 4 : Enhancer identification (optional). Part 1.

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Patenting Interfering RNA

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smRNA and RNA Silencing

smRNA and RNA Silencing. Xiaole Shirley Liu STAT115, STAT215, BIO298, BIST520. Outline. RNAi and siRNA perfect match, degrade mRNA Used as gene knockout for function annotation Need to design efficient siRNA miRNA discovery and prediction

374 views • 22 slides

1 Molecular Cancer Therapeutics

440 views • 22 slides

Gene Silencing In Transgenic plants

498 views • 21 slides

ANTISENSE AND RIBOZYME TECHNOLOGY

ANTISENSE AND RIBOZYME TECHNOLOGY. Anti-mRNA Strategies. What is the antisense oligonucleotides ?. - Synthetic genetic material. - Interacts with natural genetic material (DNA or RNA) prevent the production of proteins.

6.96k views • 20 slides

How to Claim your Biotech-Based Invention

How to Claim your Biotech-Based Invention. Deborah Reynolds Detailee, TCPS1600 571-272-0734 Deborah.Reynolds@uspto.gov. How to Claim your Biotech-Based Invention. DNA or protein inventions (with a focus on utility) Antisense nucleic acid inventions. What is the Invention?.

420 views • 19 slides

How to Claim your Biotech-Based Invention

How to Claim your Biotech-Based Invention. Deborah Reynolds Detailee, TCPS1600 571-272-0734 Deborah.Reynolds@uspto.gov. How to Claim your Biotech-Based Invention. DNA or protein inventions (with a focus on utility) Antisense nucleic acid inventions. What is the Invention?.

261 views • 19 slides

GeneChip Hybridization

GeneChip Hybridization. Denature 99C 10 minutes. Inject into GeneChip. The following hybridization mix is prepared for each sample. Fragmented cRNA 5ug 10 ul Control B2 Oligo 1.7 ul 20x Eukaryotic Control mix [bio B, bio C, bio D, Cre] 5 ul

569 views • 15 slides

Phase Transitions in Molecular Computing

Phase Transitions in Molecular Computing. Qualitative Difference in Properties of System as a Parameter is varied Tool for Analyzing Mixtures of Sticky-Ended Molecules Application for Sticky-Ended Molecular Computers. Approach for Analysis. Map Molecular Operations onto CA Model

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Prometheus & Myriad

278 views • 13 slides

AJOU UNIVERSITY

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108 views • 1 slides

Branch Site

A. Consensus Intron. Splicing Sites: Antisense U6 promoter:. M A G G U A A G U..... 10Y N C A G G. 64 73 100 100 68 68 84 63 65 100 100. A C G G U A A G C.....7Y A A C A G C. B. Branch Site. Deletion. Y N Y Y R A Y . (20-50nt). Consensus:.

84 views • 1 slides