Assays, Tools and Reagents made by the Zhou Lab are distributed through the followign venues:
Addgene, Kerafast, Applied Biological Materials, CancerTools.org
Tools for optical monitoring and control of calcium/NFAT signaling
Tool names | Applications | Resources |
Opto-CRAC v1 | LOV2-STIM1 chimera for light-inducible activation of ORAI channels | |
CRY2/CIB-STIM1 chimeras as genetically-encoded calcium channel actuator for optical control of ORAI channels | ||
LOV2-ORAI1 chimera as a ligh-operated calcium channel | Nat Commun '21
Available at ABM | |
Azopyrazole-based photoswitchable CRAC channel inhibitor | JACS '20
Available at MedChemExpress | |
YZ129 | A small molecule targeting HSP70/CaN/NFAT for brain tumor killing | Cell Chem Biol '19
Available at MedChemExpress |
A STIM1-binindg partner that facilitates store operated calcium entry (SOCE) | Nat Cell Biol '15
Available at Addgene | |
STIM1beta
PM-STIM | A tumor-promoting STIM1 splice variant; PM-resident STIM1/2 variants | |
FRET-based ER calcium sensors | STIM1-based FRET sensors to monitor ER Ca2+ depletion (Donor: STIM1-1-310-CFP; Acceptor: YFP-SOAR variants) | Nat Commun '15
Available at Addgene |
NEMOb | NEMOc | NEMOf | NEMOs | NEMOm | mNeoGreen-based calcium indicators (GECIs) with high dynamics and sensitivity (>100-fold change); Five variants: bright, contrast, fast, sensitive, and medium | Nat Methods '23
Available at Addgene
NEMOer series: ER-resdient, mitochondrial, or nuclear versions available upon request |
OptoRGK | RGK engineered to switch off voltage gated calcium channel CaV by light | |
CRAB | optoCRAB | ChemoCRAB | Genetically encoded CRAC channel blockers and light-, chemical, or protease-switchable variants | To be released |
VIP-CRAC | VIP-CRAB | Viral protease-sensitive CRAC channel and blockers | To be released |
mHERTZ | Modular hybrid engineered recorders for tracking enzyme and protein activity | To be released |
Thermo-CRAC | Thermo-CRAB | Engineered temperature-sensitive CRAC channel modulators; Thermosensitive STIM1/ORAI1/CRAB | To be released |
CRACi | CRAC channel inhibitors; small molecules or cyclic peptides | To be released |
DeCAMP | De nono engineered Ca channel modulating proteins | To be released |
PeCAMP | Peptide-based calcium channel modulators | To be released |
Tools for immunomodulation and optogenetic immunotherapy
Tool names | Applications | Resources |
Light-switchable chimeric antigen receptor for optogenetic CAR-T cell therapy | Nat Nanotech '21 | |
cpLOV2-based optogenetic CAR designed for photo-inducible activation CAR-T cells | ||
CRY2-STING chimeras for light-inducible activation of STING mediated anti-tumor immunity | ||
Light-inducible clustering of MAVS subdomain to photo-manipulate IRF3-mediated immune response | ||
Light-inducible clustering of MyD88 to initiate TLR-independent NF-kb activation | ||
SAMBA-CAR T | Salicylic acid responsive CAR T cell therapy | |
HyLo-CAR T | TME-responsive CAR T cell therapy | To be released |
OmegaCAR-T | To be released | |
NEOSURF | Neo-Engineered Oncotarget Surface for Universal Redirection of Functionalized CAR-T cells | To be released |
Tools for precise control of organelles and membrane contact sites (MCS)
Tool names | Applications | Resources |
LiMETER v1 | Light inducible assembly of membrane contact sites between ER and PM | Nat Cell Biol '15
Available at Addgene |
LiMETER v2 |
OptoPBer | CRY2/CIB-STIM1 chimeras for light-inducible activation of ORAI channels | Chem Sci '17Available at Addgene |
OptoPB | LOV2-PB fusion for optical control of protein-phosphoinositide (PIP2/PIP3) interaction | Chem Sci '17
Available at Addgene |
pNUT1 | Single-component LOV2-based nucleolus-targeting tool | |
pNUT2 | Optical contrtol of nucleolar delivery of cargo proteins | |
pNUT3 | Single-component CRY2-based nucleolus-targeting tool | |
MoTag | A genetically-encoded tag for real-time detection of protein oligomeric state; microtubule-binders based | |
LiSODA | Light-inducible subcellular organelle delocalizatino and actuation tools | To be released |
optoEndo | Single-component light-inducible early endosome targeting tool | To be released |
optoGolgi | Single-component light-inducible Golgi complex targeting tool | To be released |
optoLyso | Single-component light-inducible late endosome or lysosome targeting tool | To be released |
optoPEX | Single-component light-inducible peroxisome targeting tool | To be released |
OptoMIC toolkit
OptoMIT | OptoTIP | OptoSAW | A suite of optogenetic tools for light-inducible microtubule labeling, plus end tracking, and destabilizing | To be released |
ChiACT | Chemogenetic tools to remodel actin cytoskeleton | |
More... | To be released |
Modular tools for protein engineering and signaling rewiring
Tool names | Applications | Resources |
cpLOV2 | Circularly permuted LOV2 as a modular caging moiety and allosteric switch | |
cpLID | cpLOV2 paired with sspB as an optical dimerizer | |
cpRAPID | Circularly permuted rapamycin-inducible dimerization system | |
COSMO
BiCOSMO-S | Caffeine-inducible dimerization systems | |
BiCOSMO-L | Engineered bivalent anti-caffeine nanobody as an allosteric swtich | |
PhoBIT | Photo-inducible binary interaction tools | |
LiPAD | Light-inducible protein association and dissociation devices | to be released |
SAMBA | Salicylic acid or aspirin-controllable heterodimerizatino tool | |
CODS | caffeine-operated dissociation system | to be released |
VIPoligo | Antiviral-inducible oligomerization tool | to be released |
VitaPAD | Vitamin-inducible protein association or dissociation device | to be released |
LiVelcro | LOVoligo | LOV2-based oligomerization and heterodimerization tools | to be released |
IcePAD | Inducible Cold-triggered control of Protein Allostery and Dynamics | to be released |
cMOCHA | Metabolite–driven Oligomerization and Control of Heteromeric Association | to be released |
LATTE | Ligand-Activated Tunable Tool for protein dimerization and allosteric Engineering | to be released |
Chemo- or photo-switchable nanobody and monobody
Tool names | Applications | Resources |
Sunbody | Light-switchable nanobody (ON-Switch) | Adv Biol '21
Available at Kerafast |
Moonbody | Light-switchable monobody (OFF-switch) | Adv Biol '21Available at Kerafast |
Chessbody | Chemically switchable split nanobody | |
CHASER | Caffebody | Single-component caffeine-switchable nanobody | Chem Sci '25
Available at Kerafast |
RASER | Rapabody | Single-chain rapamycin-switchable nanobody | Chem Sci '25
Available at Kerafast |
CaMbody | Calcium-switchable nanobody | To be released |
VIPbody | Protease-sensitive nanobody | To be released |
Thermobody | Temperature-controlled intrabody | To be released |
PepBody | Peptide-grafted nanobody | To be released |
RUMBA | Repurposed GPCR for micronutrient- and beta arrestin-mediated acutation | To be released |
AROMA | Aromatic amino acid-operated molecular association tool | To be released |
Wireless optogenetics solutions
Tool names | Applications | Resources |
UCNP | NIR-to-blue upconversion nanoparticles for deeper tissue penetration | |
NanoLOGS | NanoLuc‐catalyzed bioluminescence‐based optogenetic stimulation system | Adv Sci '21Available at Addgene |
Optical control of enzymes, pyroptosis and necroptosis
Tool names | Applications | Resources |
LiPOP1 | A single-component optogenetic tool for photoswitchable necroptosis | Adv Sci '21
Aavailable at Addgene |
LiPOP2 | Light-switchable induction of pyroptosis | Adv Sci '21Available at Addgene |
optoID | ChemID | Light or chemical-inducible control of TurboID for photo-activatable biotinylation / proximity labeling |
Tools for inducible transcriptional and epigenetic control
Tool names | Applications | Resources |
LAMPS | A single-component optogenetic tool for photoswitchable necroptosis | Sci Adv '23
Aavailable at Addgene |
CaRROT | Rewiring calcium signaling for CRISPR-mediated endogenous gene activation | |
CiDER | A splti TET2 enzyme for chemical inducible epigenetic remodeling | |
VIP-CRISPR | Viral protease-sensitive CRISPR/Cas9 tools | to be released |
GPCR inspired molecular tools
Tool names | Applications | Resources |
TRAPIT | Transmembrane receptor-aided protein degradation tool | To be released |
OPERAS | Orthogonal peptide-engaged receptor actuation system | To be released |
SENTRYL | Synthetic ENgineered Transmembrane Receptor for Ligand-sensing | To be released
|
ALOHA | Acidic- and Low-Oxygen–Responsive Homeostatic Adaptation system | To be released |
RUMBA | Repurposed GPCR for micronutrient- and beta arrestin-mediated acutation | To be released |
OMEGA | To be released | |
MELODY | Metabolite-, lipid-, OTC drug-, and dietary-supplement–actuated tools | To be released |