RT @NikonInst: Learn to max out #microscope system speed with our new Application Note on hardware triggering, produced with @NatureMethods…
[Methods] Hardware triggering: maximizing speed and efficiency for live cell imaging from @NikonNews https://t.co/lTcnTUaxq7 https://t.co/PJoDGnc3vD
RT @NikonInst: Learn to max out #microscope system speed with our new Application Note on hardware triggering, produced with @NatureMethods…
RT @kD3AN: Don't let the filter wheel hold back the piezo. Collect an entire z-stack with single wavelength, then switch. Or better yet,…
RT @kD3AN: Don't let the filter wheel hold back the piezo. Collect an entire z-stack with single wavelength, then switch. Or better yet,…
RT @kD3AN: Don't let the filter wheel hold back the piezo. Collect an entire z-stack with single wavelength, then switch. Or better yet,…
RT @kD3AN: Don't let the filter wheel hold back the piezo. Collect an entire z-stack with single wavelength, then switch. Or better yet,…
RT @NikonInst: Learn to max out #microscope system speed with our new Application Note on hardware triggering, produced with @NatureMethods…
RT @NikonInst: Learn to max out #microscope system speed with our new Application Note on hardware triggering, produced with @NatureMethods…
Don't let the filter wheel hold back the piezo. Collect an entire z-stack with single wavelength, then switch. Or better yet, use multiple cameras. https://t.co/tkp4UcyuTE
Learn to max out #microscope system speed with our new Application Note on hardware triggering, produced with @NatureMethods. https://t.co/l3e58kXYo2 https://t.co/NODxipTfhQ