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37 - 48 of 73 Products for 'filament' Page 4 of 7 |

filament

Bio Photonics - September 2015

Bio Photonics - September 2015

…processes In the team's work on the binding of actin filaments, this flexible TIRF setup enables the Mullins Lab to conduct experiments with several different approaches. For example, in typical two-wavelength experiments, the actin filament is labeled with one fluorophore, and the protein of…

Bio Photonics - September 2015

Bio Photonics - September 2015

…processes In the team's work on the binding of actin filaments, this flexible TIRF setup enables the Mullins Lab to conduct experiments with several different approaches. For example, in typical two-wavelength experiments, the actin filament is labeled with one fluorophore, and the protein of…

LIT BioPhotonics OBIS-GALAXY TIRF-Microscopy 0915.pdf

LIT BioPhotonics OBIS-GALAXY TIRF-Microscopy 0915.pdf

…processes In the team's work on the binding of actin filaments, this flexible TIRF setup enables the Mullins Lab to conduct experiments with several different approaches. For example, in typical two-wavelength experiments, the actin filament is labeled with one fluorophore, and the protein of…

LIT BioPhotonics OBIS-GALAXY TIRF-Microscopy 0915.pdf

LIT BioPhotonics OBIS-GALAXY TIRF-Microscopy 0915.pdf

…processes In the team's work on the binding of actin filaments, this flexible TIRF setup enables the Mullins Lab to conduct experiments with several different approaches. For example, in typical two-wavelength experiments, the actin filament is labeled with one fluorophore, and the protein of…

Bio Photonics - September 2015

Bio Photonics - September 2015

…processes In the team's work on the binding of actin filaments, this flexible TIRF setup enables the Mullins Lab to conduct experiments with several different approaches. For example, in typical two-wavelength experiments, the actin filament is labeled with one fluorophore, and the protein of…

Bio Photonics - September 2015

Bio Photonics - September 2015

…processes In the team's work on the binding of actin filaments, this flexible TIRF setup enables the Mullins Lab to conduct experiments with several different approaches. For example, in typical two-wavelength experiments, the actin filament is labeled with one fluorophore, and the protein of…

Industrial Photonics - October 2014

Industrial Photonics - October 2014

…Laser Short-Pulse Laser IPQ Oct. 2014 FEAT Coherent Figure 1 Lisa Focused Short-Pulse Laser Direction of Beam Movement Filament Curtain Glass Substrate Figure 2. Filament cutting enables strengthened glass to be cut in a single pass, as shown here schematically. The photo at left shows magnified…

Industrial Photonics - October 2014

Industrial Photonics - October 2014

…Laser Short-Pulse Laser IPQ Oct. 2014 FEAT Coherent Figure 1 Lisa Focused Short-Pulse Laser Direction of Beam Movement Filament Curtain Glass Substrate Figure 2. Filament cutting enables strengthened glass to be cut in a single pass, as shown here schematically. The photo at left shows magnified…

Industrial Photonics - October 2014

Industrial Photonics - October 2014

…Laser Short-Pulse Laser IPQ Oct. 2014 FEAT Coherent Figure 1 Lisa Focused Short-Pulse Laser Direction of Beam Movement Filament Curtain Glass Substrate Figure 2. Filament cutting enables strengthened glass to be cut in a single pass, as shown here schematically. The photo at left shows magnified…

Ahead the New Glass Cutting COHR Rofin Whitepaper.pdf

Ahead the New Glass Cutting COHR Rofin Whitepaper.pdf

…transparent materials, such as soda lime, borosilicate and alumino-silicate glass, as well as sapphire, a separation step must follow filamentation. This can be accomplished with a small mechanical or thermal force. For example, the latter can be provided by heating with a CO2 laser.…

Ahead the New Glass Cutting COHR Rofin Whitepaper.pdf

Ahead the New Glass Cutting COHR Rofin Whitepaper.pdf

…transparent materials, such as soda lime, borosilicate and alumino-silicate glass, as well as sapphire, a separation step must follow filamentation. This can be accomplished with a small mechanical or thermal force. For example, the latter can be provided by heating with a CO2 laser.…

Tecnolab Cytometry 2016.pdf

Tecnolab Cytometry 2016.pdf

…particles like phytoplankton and "unusual" particles, like checking the shape of sperm cells from rare breeds of farm animals and studies of filamentous fungi. Yet other applications require the ability to detect and count smaller structures (e.g., organelles) inside these particles. A laser…

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