'Transgenic plants' diaporamas de présentation

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A Short History of florigen, - The identity of florigen remains one of the major mysteries in plant biology.

A Short History of florigen, - The identity of florigen remains one of the major mysteries in plant biology.

A Short History of florigen, - The identity of florigen remains one of the major mysteries in plant biology. In 1865, Sachs observed that leaves in the light produce flower-forming substances , which are present in small quantities and lead to the formation of flowers.

By omer
(890 views)

Biotechnology/GMO’s

Biotechnology/GMO’s

Biotechnology/GMO’s. Tracey Bridge, BBA, BS AXED 590 – Emerging Agricultural Issues December 11, 2007. Biotechnology. Technology based on biology. This concept was developed to help produce more food with a higher nutritional value for consumption in starving countries.

By Rita
(889 views)

Studying and Manipulating Genomes

Studying and Manipulating Genomes

Studying and Manipulating Genomes. Chapter 11. Genetic Engineering. Genes are isolated, modified, and inserted into an organism Same or different organism Made possible by Recombinant DNA technology Cut up DNA and recombine pieces. Molecular Toolkit. 1. Get DNA and recombine it

By Roberta
(312 views)

Genetic Engineering & Cloning

Genetic Engineering & Cloning

- newmanlib.ibri.org -. Genetic Engineering & Cloning. Robert C Newman & Bartholomew J Votta. Abstracts of Powerpoint Talks. " Genetic engineering is the technology for modifying the genetic information in a plant, animal or human in order to produce some desired trait or characteristic ".

By adamdaniel
(543 views)

Lecture 16 Chapter 9 Promoters

Lecture 16 Chapter 9 Promoters

Lecture 16 Chapter 9 Promoters. Neal Stewart. Objectives. What heterologous promoters are used to make transgenic plants, and why? Why are constitutive promoters so popular? What additional vector considerations should be considered given the nature of strong constitutive promoters?.

By saoirse
(149 views)

Moscow Timiryazev Agricultural Academy Department of Agricultural Biotechnology

Moscow Timiryazev Agricultural Academy Department of Agricultural Biotechnology

4. FOOD QUALITY AND SAFETY. Moscow Timiryazev Agricultural Academy Department of Agricultural Biotechnology. FOOD QUALITY AND SAFETY. Department of Agricultural Biotechnology established in 19 86. FOOD QUALITY AND SAFETY. FUNDAMENTAL AND APPLIED RESEARCH:

By comfort
(234 views)

Enablement and Written Description Issues in Utility Plant Applications

Enablement and Written Description Issues in Utility Plant Applications

Enablement and Written Description Issues in Utility Plant Applications. Gary Benzion, Ph.D. Acting Supervisory Patent Examiner AU 1638. Paula Hutzell, Ph.D., SPE (detail Biotech Practice ) Gary Benzion, Ph.D., Acting SPE Amy Nelson, Ph.D., Acting SPE Beth McElwain, Ph.D.,Primary Examiner

By sulwyn
(135 views)

Introduction to Plant Biotechnology PlSc 452/552 Lecture 1 Chapter 1

Introduction to Plant Biotechnology PlSc 452/552 Lecture 1 Chapter 1

Introduction to Plant Biotechnology PlSc 452/552 Lecture 1 Chapter 1. C. Neal Stewart, Jr. plantsciences.utk.edu/stewart.htm nealstewart@utk.edu. Rules for class. Do the readings Proper preparation prevents poor performance Ask lots of questions Give lots of answers

By anatola
(620 views)

Transgenic Crops

Transgenic Crops

Transgenic Crops. Group #7 Jeremiah Johnson Anna Zaklikowski Jessica Frasier. Introduction. Background Transgenic Crop – A plant that contains a gene or genes which have been artificially inserted instead of the plant acquiring them through pollination. Description.

By shona
(269 views)

Chapter 13 Genetic Engineering

Chapter 13 Genetic Engineering

Chapter 13 Genetic Engineering. Section 13-4 Applications of Genetic Engineering. Transgenic Organisms. The Genetic Principles Are Universal For All Life Forms: Based On DNA All DNA Uses The Same Base Sequences Adenine Thymine Guanine Cyctosine Genes Can Be Transferred Between Species

By ismet
(148 views)

Biotechnology

Biotechnology

Biotechnology. Techniques used to manipulate DNA. Biotechnology . Many applications:. Medical. Bacterial production of human insulin. Animal science. Bacterial production of BST to increase milk production. Horticultural. Transgenic crops with herbicide resistance or nutrient enhancement.

By theo
(242 views)

Lab report structure

Lab report structure

Lab report structure. Title Abstract Introduction Methods and Materials Results Discussion References Figures. Abstract. One or two paragraphs summarizing everything what question you were investigating brief summary of results and conclusions. Introduction.

By augustin
(642 views)

Intellectual Property Protection for Plants in the United States

Intellectual Property Protection for Plants in the United States

Intellectual Property Protection for Plants in the United States. Anne Marie Gr ü nberg Supervisory Patent Examiner Art Units 1661 and 1638. Three Types of Protection. Plant Patent Act 35 U.S.C. §§ 161-164 Plant Variety Protection Act 7 U.S.C. §§ 2321 et seq. Utility Patent to a Plant

By Leo
(7 views)

Modern Agriculture

Modern Agriculture

Modern Agriculture . Presented By Shubhangi . L . Sabale . Pallavi .S. Nandanwar . . Types Of Agriculture . Traditional Agriculture. Modern Agriculture. Importance of Modern Agriculture. I ncrease in crop yields. Diseased resistant varieties is developed.

By yagil
(2645 views)

Biocontrol of “Bacterial Seedling Rot and Grain Rot of Rice”

Biocontrol of “Bacterial Seedling Rot and Grain Rot of Rice”

Biocontrol of “Bacterial Seedling Rot and Grain Rot of Rice”. Causal Agent: Burkholderia glumae. Introduction: Problem to be addressed .

By tim
(262 views)

What does Na + do in a plant? How does Na + get into a cell? How does Na + get out of a cell ?

What does Na + do in a plant? How does Na + get into a cell? How does Na + get out of a cell ?

Sodium Biofortification A. Malcolm Campbell, Davidson College Biology, 2014. What does Na + do in a plant? How does Na + get into a cell? How does Na + get out of a cell ? Where is Na + stored in plants? How does Na + get to Florette ? How do plants tolerate Na + (salt stress) ?

By tory
(92 views)

Recombination based transformation technologies

Recombination based transformation technologies

Recombination based transformation technologies. Removal of selection marker gene. Gene integration into dedicated genomic sites. Conversion of multi-copy locus to single-copy locus. Enhancing plastid transformation rates. Zinc Finger Nuclease mediated gene integration.

By lei
(116 views)

RB GUS P Ubi TEVL Xa3 NOS Hpt LB

RB GUS P Ubi TEVL Xa3 NOS Hpt LB

BamH I. BamH I. A. Clone MKbF in vector pU1301. B. BamH I. BamH I. HindIII. -691. +37. RB P WRKY13 Xa3 NOS Hpt LB. Clone 12IMKb in vector pI1381. Dra I. Dra I. C. Clone MKb in vector pCAMBIA1301.

By virote
(117 views)

by Enkhchimeg Vanjildorj Supervisor Prof. Lee, Hyo-Yeon

by Enkhchimeg Vanjildorj Supervisor Prof. Lee, Hyo-Yeon

Overexpression of Arabidopsis ABF3 Gene Enhances Tolerance to Drought & Cold in Transgenic Lettuce ( Lactuca sativa L.) & Bentgrass ( Agrostis mongolicum ). by Enkhchimeg Vanjildorj Supervisor Prof. Lee, Hyo-Yeon.

By marcel
(149 views)

JA (ng g -1 FW)

JA (ng g -1 FW)

A. 350. TRV:00. TRV: CaLOX1. 300. 250. JA (ng g -1 FW). 200. *. 150. 100. 50. 0. 18. 36 h. 18. 36. H. Xcv , compatible. Xcv , incompatible. B. 160. WT. #12. 140. 120. JA (ng g -1 FW). 100. 80. 60. 40. 20. 0. 36 h. 18. 36. 18. H. Pst DC3000 (Empty).

By kenna
(75 views)

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