Optogenetic Tools
Optogenetics is a cutting-edge technology that employs a blend of optical and genetic methodologies to manipulate the activity of specific neurons with precision. This technique involves the integration of light-sensitive proteins into cells via gene fusion, and the utilization of a light-controlled system to modulate neural activity. The activation or inhibition of these light-sensitive proteins can govern the opening and closing of ion channels on the cell membrane, thereby altering the voltage changes of the cell membrane, such as depolarization and hyperpolarization.
Light-responsive proteins can be classified into two primary categories: opsin-based photoreceptors and photosensitive proteins.
Optogenetic Tools for Neuron Activation
Opsin | Peak Activation | Advantages |
ChR2(H134R) | 470 nm | ChR2(H134R) is a mutant of ChR2. ChR2(H134R) can generate twice the photocurrent, but the channel switching speed is twice as slow as wild-type ChR2. |
ChETA | 470 nm | ChETA is a mutant of ChR2 with faster kinetics, and neurons can fire spikes at 200 Hz when stimulated by laser. |
oChIEF | 450 nm - 470 nm | oChIEF can respond to high-frequency light stimulation (-100 Hz) in some neurons, accelerating the speed of channel closure and reducing the rate of inactivation under continuous light stimulation. |
C1V1 | 540 nm - 560 nm | This type of channel protein is more conducive to two-photon excitation. It is suitable for two-photon experiments. |
Chronos | 500 nm – 530 nm | ShChR (Chronos) has high light sensitivity and fast switching kinetics. |
ChrimsonR | 590 nm – 600 nm | ChrimsonR is a K176R point mutation of CnChR1 (Chrimson), which increases the closing speed of the channel and is suitable for experiments with higher stimulation frequencies. |
Optogenetic Tools for Neuronal Inhibition
Opsin | Peak Activation | Advantages |
eNpHR3.0 | 589 nm | eNpHR3.0 has better cell membrane targeting, more sustained current, fast response time and sensitive response. |
Arch | ~ 566 nm | Arch can move positively charged protons from the interior of neurons to the extracellular environment, placing neurons in a hyperpolarized state. Under certain conditions, it can be used to increase intracellular pH or decrease extracellular matrix pH. |
Jaws | 632 nm | Jaws inhibit neuronal activity by causing an influx of chloride ions when exposed to red light. |
SwiChRca | 475 nm | The C1C2 chimera mutation C128A (SwiChR) can slow the closure of the channel, and the chloride channel is continuously activated by a single blue light, keeping the cells in an inhibited state. |
QuasAr2 | 640 nm | QuasAr2 has the advantages of improved brightness and voltage sensitivity, microsecond response, and no photocurrent generated. |
Please browse through our related products list of optogenetics to find the right optogenetic tools for your experiment.
Creative Biolabs provides an extensive array of optogenetic tools centered around opsin and photosensitive proteins. In addition, we also extend our services to the customization of Adeno-Associated Viruses (AAVs). Please feel free to reach out to us to expedite your optogenetic research.
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Custom Vector Development Service
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Custom Vector Development Service
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Optogenetics-inhibition
Ready-to-use AAV particles
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- Optogenetics
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- Optogenetics
Optogenetics-inhibition
Ready-to-use AAV particles
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- Optogenetics
Optogenetics-inhibition
Ready-to-use AAV particles
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- Optogenetics
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- Optogenetics
Optogenetics-inhibition
Ready-to-use AAV particles
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- Optogenetics
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- Optogenetics
Optogenetics-inhibition
Ready-to-use AAV particles
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- Optogenetics
- Applications:
- Optogenetics
Optogenetics-inhibition
Ready-to-use AAV particles
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- Optogenetics
- Applications:
- Optogenetics
Optogenetics-inhibition
Ready-to-use AAV particles
- Tracer Type:
- Optogenetics
- Applications:
- Optogenetics
Optogenetics-inhibition
Ready-to-use AAV particles
- Tracer Type:
- Optogenetics
- Applications:
- Optogenetics
Optogenetics-inhibition
Ready-to-use AAV particles
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- Optogenetics
- Applications:
- Optogenetics
Optogenetics-inhibition
Ready-to-use AAV particles
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- Optogenetics
- Applications:
- Optogenetics
Optogenetics-inhibition
Ready-to-use AAV particles
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- Optogenetics
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- Optogenetics
Optogenetics-activation
Ready-to-use AAV particles
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- Optogenetics
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- Optogenetics
Optogenetics-activation
Ready-to-use AAV particles
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- Optogenetics
- Applications:
- Optogenetics
Optogenetics-activation
Ready-to-use AAV particles
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- Optogenetics
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- Optogenetics
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- Optogenetics
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- Optogenetics
Optogenetics-activation
Ready-to-use AAV particles
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- Optogenetics
- Applications:
- Optogenetics
Optogenetics-activation
Ready-to-use AAV particles
- Tracer Type:
- Optogenetics
- Applications:
- Optogenetics
Optogenetics-activation
Ready-to-use AAV particles
- Tracer Type:
- Optogenetics
- Applications:
- Optogenetics
Optogenetics-activation
Ready-to-use AAV particles
- Tracer Type:
- Optogenetics
- Applications:
- Optogenetics
Optogenetics-activation
Ready-to-use AAV particles
- Tracer Type:
- Optogenetics
- Applications:
- Optogenetics
Optogenetics-activation
Ready-to-use AAV particles
- Tracer Type:
- Optogenetics
- Applications:
- Optogenetics
Optogenetics-activation
Ready-to-use AAV particles
- Tracer Type:
- Optogenetics
- Applications:
- Optogenetics
Optogenetics-activation
Ready-to-use AAV particles
- Tracer Type:
- Optogenetics
- Applications:
- Optogenetics
Optogenetics-activation
Ready-to-use AAV particles
- Tracer Type:
- Optogenetics
- Applications:
- Optogenetics
Optogenetics-activation
Ready-to-use AAV particles
- Tracer Type:
- Optogenetics
- Applications:
- Optogenetics
Optogenetics-activation
Ready-to-use AAV particles
- Tracer Type:
- Optogenetics
- Applications:
- Optogenetics
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