'Fluorescent proteins' presentation slideshows

Multicolor Flow Cytometry Workshop

2.54k views • 77 slides

To perform fluorescence measurements the molecules HAVE TO FLUORESCE FLUORESCENT LABELING

To perform fluorescence measurements the molecules HAVE TO FLUORESCE FLUORESCENT LABELING. Susana Sanchez Laboratory for Fluorescence Dynamics. 3rd Annual Principles of Fluorescence Techniques, Genova, Italy, Sept. 13-15, 2005. How to choose the labeling protocol?

1.1k views • 69 slides

Introduction to Flow Cytometry

1.1k views • 41 slides

BACTERIAL TRANSFORMATION TRAINING

640 views • 35 slides

Introduction to Flow Cytometry

758 views • 35 slides

How fluorescence works

How fluorescence works. Adele Marston. Topics covered. The nature of light and colour Colour detection in the human eye The physical basis of fluorescence Fluorescent probes and dyes Dyes that bind organelles Chemical Dyes Fluorescent proteins Photobleaching and Quenching.

740 views • 31 slides

Fluorescence molecular imaging: the tasks and perspectives

483 views • 29 slides

Transformation Phase I Training BACTERIAL TRANSFORMATION

Transformation Phase I Training BACTERIAL TRANSFORMATION . Fluorescent Protein Activities. Bacterial Transformation Protein Purification. Scorpion- Natural Light. Scorpion- UV Light. Bioluminescence vs. Fluorescence. Bioluminescence. Fluorescence.

794 views • 28 slides

Bioinformatics Resources to Supplement ABE

468 views • 28 slides

Protein Purification

Protein Purification. Protein Purification. What do you know about proteins? Why do we need to purify proteins? What are you curious about?. Bacterial chromosome. What is Transformation?. Uptake of foreign DNA, often a circular plasmid. Plasmid.

1.03k views • 26 slides

Non-linear Optical Microscopy: Viewing embryonic development of zebra fish

336 views • 23 slides

Fluorescence and Chemiluminescence

1.71k views • 21 slides

Wavelength and Light Properties

575 nm. Wavelength and Light Properties. (l). High Energy. Low Energy. n = c / l E = h n. Unvisible UV Light. Visible Blue Light. Discovery of the Fluorescence: 1852. Sir George Gabriel Stokes (1819-1903). Fruorite. Fluorescence. - escence - means "to become" in Latin .

394 views • 19 slides

Confocal Laser Scanning Microscopy: general considerations and techniques

Confocal Laser Scanning Microscopy: general considerations and techniques. Simone Bossi. Optical Microscopy.

824 views • 18 slides

Abstract

Simultaneous Detection of Five Fluorescent Proteins: Customization of a Beckman Coulter Cyan Flow Cytometer. E. Michael Meyer 1 , Kristen Butela 2 , Bryan Goddard 2 , Jeffrey G. Lawrence 2 , Albert D. Donnenberg 1,3

344 views • 18 slides

Coherent X-ray Diffraction (CXD) X-ray imaging of non periodic objects

Coherent X-ray Diffraction (CXD) X-ray imaging of non periodic objects. INTRODUCTION Why coherent X ray diffraction (CXD )? THE CXD TECHNIQUE Limits on the experimental setup arising from sampling and coherence Phasing of diffuse scattering: image reconstruction APPLICATIONS

390 views • 15 slides

Bacterial Biofilms as a Complex Community

Bacterial Biofilms as a Complex Community. Tracy K. Teal D. K. Newman and B. J. Wold Labs Complexity Club August 13, 2003. Complexity. What is complexity? What is a good quantitative measure of complexity?. No theoretical discussion of complexity. Introduction to biofilms

545 views • 13 slides

Mark Prescott Department of Biochemistry and Molecular Biology

Network in Fluorescence Applications in Biotechnology and Life Sciences. Mark Prescott Department of Biochemistry and Molecular Biology. Genetically encoded chromophores. Structure Develop as useful tools Biological applications. Crystallography approach to 3-Dimensional Structure.

110 views • 9 slides

Green Fluorescent Protein

Green fluorescent protein (GFP) is a fluorescent molecule that is found in the jellyfish Aequorea victoria. Learn more from https://www.creative-biogene.com/support/green-fluorescent-protein.html

57 views • 2 slides