Combine two research techniques, Optogenetics and Fiber Photometry, into one wireless device and gain the ability for real-time identification and manipulation of neuronal activity in the same freely moving animal.
Expand Your Experiment Setup Possibilities
Move beyond the limitations imposed by traditional tethered optogenetics and fiber photometry systems. Wireless optogenetics and fiber photometry systems make this possible by allowing rodents the ability to roam more freely in large open areas and travel through doorways during complex behavior experiments.
Eliminate Frustrating Noise and Artifacts in Your Data
Gain more reliable data by eliminating the largest cause of noise and artifacts. The tether is the primary cause of noise and artifacts. The wireless feature of the TeleFiOpto system removes your largest and most frustrating cause of noise.
FREE Wireless Fiber Photometry eBook
This eBook covers various topics including the benefits of wireless fiber photometry, the basics of fiber photometry, and more advanced topics. Examples included are successful fiber photometry in mazes and other complex environments, the benefits of wireless systems in these complex environments, combining fiber photometry with behavioral measures for anxiety, research capsules and an ultra-fast technique used to measure calcium, neurotransmitters, and other molecules in-vivo.
|Headstage size||12 x 12 x 23 mm|
|Excitation wavelength||LED peak 470 nm, Filter band 445～490 nm|
|Emission wavelength||Filter band 500～550 nm|
|Excitation power||5～200 µW ＠ 400 µm Fiber end (Adjustable)|
|Sampling rate||100 Hz|
|AD resolution||16 bit|
|Photo sensor||Photo diode|
|Battery life||2 hours ＠ Excitation power 30 µW|
|Transmission band||2.4 GHz|
|Transmission distance||2 m|
|Power||Battery powered, rechargeable|
|Receiver I/O||1x Photometry analog out, 1x Geneal purpose analog In (0~5 V)|
|PC Interface||USB / TeleFipho software (for Windows10)|
core: 400 µm/NA 0.39, Cladding: 425 µm, Ferrule: 2.5 mm
core: 600 µm/NA 0.39, Cladding: 630 µm, Ferrule: 2.5 mm
|Optogenetics wavelength||LED peak 620 nm, Filter band 600 ~ 640 nm|
|Optogenetics power||Max 6 mW/mm2 at 600 µm fiber end (adjustable)|
|TeleFiOpto – Complete Set|
|TeleFiOpHS: 1x TeleFiOpho Headstage||✓||✓||✓|
|TeleFiR: 1x TeleFipho Receiver||✓||✓|
|TeleFiCharger: 1x TeleFipho Charger||✓||✓|
|TeleFiC-I-D: 3x TeleFipho Cannula||✓||✓|
|TeleFiTool: 1x TeleFiTool||✓||✓|
|TeleFiDummy: 1x TeleFiDummy||✓||✓|
|TeleRemocon: 1x Teleopto Remote Controller||✓||✓|
|TeleEmitter: 1 x Infrared Emitter||✓||✓|
|STOmk-2: 1 x Stimulator for Optogenetics||✓||✓|
FREE Wireless Optogenetics eBook
This eBook covers various topics including the benefits of wireless optogenetics, the basics of optogenetics, and some more advanced topics. Some examples included are optogenetic suppression of medial prefrontal cortex -> paraventricular nucleus projections and optogenetic activation of parvalbumin inhibitory interneurons in the dorsal-medial prefrontal cortex.
Recent Blog Articles
Introduction In the realm of neuroscience research, a groundbreaking technique has emerged known as wireless optogenetics. Wireless optogenetics is a fusion of wireless technology and light stimulation that allows for precise control and manipulation of neural...
Fiber photometry is most commonly used to monitor activity and chemical signaling at a specific location in the brains of freely moving animals.
2021 Optimizations to Wireless Fiber Photometry and Wireless Optogenetics Products, Based on Customer Feedback
In 2021, we made many new upgrades, options, and improvements for our wireless fiber photometry and wireless optogenetics products.