'Arabidopsis' presentation slideshows

HC70AL Final Presentation

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The Eudicot plant, morphology, meristems, cell types and tissues

The Eudicot plant, morphology, meristems, cell types and tissues. Objectives of the lecture: 1. To illustrate and name some essential parts of plants, 2. show how they are produced, 3. discuss how cell and tissue structure are integrated with morphology,

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Phenologs An example of using bioinformatics to find new genes for genetic traits

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Speaker: Wang guo-xin Date:06/19/12

Phyllotaxis as an example of the symbiosis of mechanical forces and biochemical processes in living tissue. Newell, A. C., P. D. Shipman, et al. (2008). Plant Signal Behavior 3(8): 586-589. Speaker: Wang guo-xin Date:06/19/12. Phyllotaxis.

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Gibberellins: Regulators of Plant Height and Seed Germination

Gibberellins: Regulators of Plant Height and Seed Germination. GA levels in plants are correlated with stem length. Play role in seed germination, transition to flowering, and pollen development. Figure 20.1 Effect of exogenous GA 1 on wild-type and dwarf mutant maize.

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origin of flowers and fruits

origin of flowers and fruits angiosperms (seeds inside fruits fruits develop from flowers at least 140 my ago coevolution w/animals--> diversification animal pollination & seed dispersal agriculture model organism for research Arabidopsis small genome (sequenced)

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Polymerase ?

Polymerase ?. Translesion Synthesis in Arabidopsis thaliana Eric Brooks Mentor: Dr. John Hays Environmental and Molecular Toxicology. Relevance . In humans there is a metabolic disease associated with nonfunctional Pol ? known as xeroderma pigmentosum variant (XPV).

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Treatment Sucrose (mM) Nitrate (mM) 1 30 0 2 30 0 3 60 0 4 60 0 5 90 0 6 90 0

Supplemental Figure 1. Different modes of regulation in response to CN.

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8-20-2003 Lab meeting

8-20-2003 Lab meeting. Ping Hu. Arabidopsis thaliana predictions (5.25E). Separation of the final At predictions. Total Prediction (30634). Exactly as annotation(15063). Not as annotation(15588). Overlap with confirmed annotation(3246). Not overlap with confirmed ann (12342).

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IRX9, IRX10, IRX14

IRX9, IRX10, IRX14. GUX. TBL29. GXM. IRX7, IRX8, PARVUS. Supplementary Figure S1. Schematic structure of hardwood xylan. GlcA, glucuronic acid; Me, methyl; Ac, acetyl; Xyl, xylose. Arabidopsis genes most closely associated with synthesis of these features in Arabidopsis xylan are indicated.

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Base Excision Repair

Base Excision Repair. DML. AT3G10010. CDK7. AT2G36490. AT1G67580. AT5G04560. AT1G18040. HMG. AT1G73690. AT3G51880. AT4G35570. AT3G48750. NTH. AT1G05900. AT2G31450. TAGL. AT1G15970. AT1G80850. AT1G75090. AT3G12710. Nucleotide excision repair. MAGL. AT1G19480. AT1G75230.

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Fig. S 1

Fig. S 1. a. b.

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Os01g64030

0.05. 285. Os06g50280. Os06g10300. 382. Os04g40800. 30. Os02g33400. Os01g57920. 20. AT3G03360. 1000. Os07g06670. 999. Os07g06500. Os04g53510. 172. Os05g45870. 1000. Os05g49980. 556. Os02g01550. 972. 300. 1000. Os08g36000. 3. Os08g35900. Os08g35870. 612. Os08g35930.

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Five Approaches to Manipulate Carbon Fixation in C 3 Crops

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Supplemental file 14. Annotation of putative motifs within the EpSPL proteins a

Supplemental file 14. Annotation of putative motifs within the EpSPL proteins a a This table was analyzed and presented following the format used in Xie et al. (2006). b The motif numbers are similar to the numbers in Figure 3A.

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AtGRX1

1. 2. 3. 4. 5. AtGRL11. AtGRX11. AtGRX1. AtGRL12. AtGRX2. AtGRL13. AtGRX3. AtGRX18. AtGRL5. AtGRX26. AtGRL6. AtGRL14. AtGRX27. AtGRX12. AtGRL9. AtGRX28. AtGRL10. AtGRX29. AtGRX13. AtGRX6. AtGRX19. AtGRX20. AtGRX4. AtGRX21. AtGRX22. AtGRL7. AtGRX23. AtGRL1. AtGRX7.

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M Ravi & SWL Chan Nature 464 , 615-618 (2010) doi:10.1038/nature08842

A natural Arabidopsis tetraploid converted to diploid by centromere-mediated genome elimination. M Ravi & SWL Chan Nature 464 , 615-618 (2010) doi:10.1038/nature08842.

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AtKIX_1 AtKIX_2 AtKIX_3 AtKIX_4 AtKIX_5 AtKIX_6 AtKIX_7 AtKIX_8 AtKIX_10 AtKIX_11

A. 1. 2. 3. 4. 5. AtKIX_1 AtKIX_2 AtKIX_3 AtKIX_4 AtKIX_5 AtKIX_6 AtKIX_7 AtKIX_8 AtKIX_10 AtKIX_11. B. 1. 2. 3. 4. AtKIX_1 AtKIX_2 AtKIX_3 AtKIX_4 AtKIX_5 AtKIX_6 AtKIX_7 AtKIX_8 AtKIX_10 AtKIX_11.

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ANALYSIS AND VISUALIZATION OF SINGLE COPY ORTHOLOGS IN ARABIDOPSIS,

(alignment). BLAST output. lettuce ?. sunflower ?. Arabidopsis ?. alignment summary ?. ANALYSIS AND VISUALIZATION OF SINGLE COPY ORTHOLOGS IN ARABIDOPSIS, LETTUCE, SUNFLOWER AND OTHER PLANT SPECIES. Alexander Kozik and Richard W. Michelmore

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Arabidopsis Crude extract pH 9

Arabidopsis Crude extract pH 9. Arabidopsis Crude extract pH 7. Arabidopsis Crude extract pH 4. Arabidopsis CPLL eluate pH 9. Arabidopsis CPLL eluate pH 7. Arabidopsis CPLL eluate pH 4. 226. 490. 257. 449. 442. 463. 567. 346. 85.

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