AVR Optics

AVR Optics is a US-based, internationally known company in the field of fluorescence microscopy and optics. We're about People and Science- in that order.

[Lew Lab @ WashU @Lew_Lab]

Excited to share that our 6D #singlemolecule #superresolution microscope, which we uses a multi-view reflector architecture, is now online in @NaturePhotonics ! Congratulations @oumeng_zhang ! https://t.co/Y1bBHfqMVe

[AVR Optics @AVR_Optics]

Wishing everyone a great Martin Luther King Jr. Day!

Some suggested reading if this is the year you want to learn more about the man himself:
"Why We Can't Wait" by Martin Luther King Jr.
"The Autobiography of Martin Luther King, Jr." edited by Clayborne Carson

[AVR Optics @AVR_Optics]

Pt.1 of our linear stage mini-series!

[AVR Optics @AVR_Optics]

Our linear stage mini-series starts next week so here's a reminder about our newest team member- Rob Lewis.

[AVR Optics @AVR_Optics]

Welcoming Rob Lewis and motion control to the team!
#zaber #motioncontrol

[AVR Optics @AVR_Optics]

Excited for our new collaboration with the University of Rochester Medical Center's (URMC) core facility.

Just installed- our NL5+ on an Olympus IX 81. Coordinated and controlled with Inscoper's microscopy hardware and software.
#confocal #NL5 #fluorescence

[AVR Optics @AVR_Optics]

The AVR team would like to highlight Dr. Lane Manning (pictured with his incredible wife Hannah). We're super proud of Lane's involvement as a junior board member for the Alzheimer's Foundation of America.

https://t.co/3PWR2Ccbrr

[AVR Optics @AVR_Optics]

Awesome research in wide-field three-photon microscopy!

https://t.co/vyulMB8rE0

[AVR Optics @AVR_Optics]

https://t.co/AtCgONk1Dl via @YouTube

[AVR Optics @AVR_Optics]

Animal-free and human-centered. Fantastic work at UMich.
https://t.co/S3J8BBnDeJ

[AVR Optics @AVR_Optics]

Science
#JWST
https://t.co/3J5pmnHA9A

[AVR Optics @AVR_Optics]

It's not a prototype any more- we could watch this all day.

https://t.co/HlpLZp29db

[AVR Optics @AVR_Optics]

Mouse cochlea with hair cells shown in green and auditory nerves shown in red acquired on NL5+ line-scanning confocal system.

#fluorescenceimaging #confocal #AVR_Optics #confocal_nl