'Fluorescence intensity' presentation slideshows

CHM 5175: Part 2.7

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Molecular Spectroscopy: Principles and Biophysical Applications BiCh132 Fall Quarter 2012 Jack Beauchamp

Molecular Spectroscopy: Principles and Biophysical Applications BiCh132 Fall Quarter 2012 Jack Beauchamp. Many of the illustrations and tables used in these presentations were taken from the scientific literature and various WWW sites; the authors are collectively acknowledged.

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Statistical Methods for the Screening and Classification of Microarray Gene Expression Data

Statistical Methods for the Screening and Classification of Microarray Gene Expression Data. Geoff McLachlan Department of Mathematics & Institute for Molecular Bioscience University of Queensland. http://www.maths.uq.edu.au/~gjm.

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Emission spectroscopy (Mainly fluorescence spectroscopy)

Emission spectroscopy (Mainly fluorescence spectroscopy). Reading : van Holde , Chapter 11 Homework : due Wednesday, April 2 van Holde 11.2. 11.3, 11.4, 11.5, 11.7, 11.8 Grad students: remember to schedule your presentations.

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Introduction to X-Ray Fluorescence Analysis

Introduction to X-Ray Fluorescence Analysis. When an element is placed in a beam of x-rays, the x-rays are absorbed. The absorbing atoms become ionized (e.g. due to the x-ray beam ejects the electron in the inner shell).

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Crystallization and Dimer Exchange of the Protein Superoxide Dismutase

Crystallization and Dimer Exchange of the Protein Superoxide Dismutase . Emily Clark Dr. Joe Beckman Department of Biochemistry/ Biophysics Oregon State University. Amyotrophic Lateral Sclerosis Louis Gehrig Disease. Fatal neurodegenerative disease targeting motorneurons

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Biophysical Approaches to Drug Design

Biophysical Approaches to Drug Design. Overall Organization of the Topic. Approaches Useful in Drug Design Fluorescence Spectroscopy - Principle of Fluorescence - Factors governing fluorescence intensity - Fluorescent groups - Sensitivity of Fluorescence to Environment

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Insulin secretion (ng/ml)

*. *. Insulin secretion (ng/ml). Glucose (mM) 3 20 3 3 3 3 H 2 O 2 ( m M) - - 1 10 - -HNE (10 m M) - - - - - + SIN-1 (200 m M) - - - - - +.

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WP 7: Microbial diversity and activity, in particular N cycling

WP 7: Microbial diversity and activity, in particular N cycling. Objectives To determine the impact of changing pH on prokaryotes: production and respiration, diversity and gene expression

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Fluorescence lifetime correlation spectroscopy

Fluorescence lifetime correlation spectroscopy. A cross-talk free dual color fluorescence cross correlation spectroscopy.

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FACS Data Management Workshop The Immunology Database and Analysis Portal ( ImmPort ) Perspective

FACS Data Management Workshop The Immunology Database and Analysis Portal ( ImmPort ) Perspective. Bioinformatics Integration Support Contract (BISC) N01AI40076 Richard H. Scheuermann, P.I. 20 September 2006. Bioinformatics Support for Immunology Community.

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High-Throughput Bioscience Center (HTBC)

% Positive Cells. 703 genes (3.3%). deconvolute. 264 genes (1.3%). High-Throughput Bioscience Center (HTBC). High-Throughput Screens. HTBC Mission & History. High-Content Imaging.

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High-Throughput Bioscience Center (HTBC)

% Positive Cells. 703 genes (3.3%). deconvolute. 264 genes (1.3%). High-Throughput Screens. HTBC Mission & History. High-Content Imaging.

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Isotype

Events. 44.94. 25.20. THP-1 + GM-CSF/IL-4 + GL-PS. 26.19. 22.42. THP-1 + GL-PS. THP-1 + GM-CSF/IL-4. THP-1. Fluorescence Intensity FITC-Dextran. Isotype. A. B. Relative fluorescence Intensity (%).

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time [s]

HMGA s. HMGA p. relative intensity. relative intensity. time [s]. time [s]. HMGA(M1-K97) p. HMGA(Y87-C204) p. relative intensity. relative intensity. time [s]. time [s].

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Fluorescence intensity (MFI)

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F16.4.4

F16.4.4 & neg. control. OX18. OX18. 14. A. 12. OX18. 10. Mean specific fluorescence intensity. 8. 6. 4. F16.4.4. 2. 0. 0. 2. 7. 10. 12. 14. 18. 23. 25. 29. P1. P2. P3. Time (days). Neurospheres. B. CRNK. C. neg. control. F16.4.4.

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15000

50000. 45000. 40000. 35000. 30000. 25000. 20000. 15000. 0. 16. 32. 48. 64. 80. 96. 112. 128. 144. 160. Time (secondes). Ca2+. Glutamic acid. AMPA. CNQX. Fluorescence Intensity.

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Hyperthermia Caused by Hot Air

NIRT: Magnetically and Thermally Active Nanoparticles for Cancer Treatment (CBET-0609117) Carlos Rinaldi, Madeline Torres-Lugo, Gustavo Gutierrez, J. Zach Hilt, and Silvina Tomassone. CH 3. MPS. H 2 C. CH. H 2 C. C. =. =. C. =. O. C. =. O. OH. O. HN. HN. =. =. O. CH 2. C. C.

141 views • 1 slides