HyperSynaptiKx SPR Assay Suite for AI Drug Design
HyperSynaptiKx is SPOC Proteomics’ suite of SPR assays providing wet lab sub-picomolar-resolution kinetic data (Kx = ka, kd, KD, t1/2) specifically designed to support AI drug design model training and validation. Our suite of assays can generate >50,000 data points on 1000+ custom sequences in a matter of days to support rapid Design-Build-Test-Learn (DBTL) cycles. Our assays support antibody-based therapeutics and mini-protein binders. Explore our offerings below and contact us to learn more.
HyperSynaptiKx SPR Assay Suite for AI Drug Design
HyperSynaptiKx is SPOC Proteomics’ suite of SPR assays providing wet lab sub-picomolar-resolution kinetic data (Kx = ka, kd, KD, t1/2) specifically designed to support AI drug design model training and validation. Our suite of assays can generate >50,000 data points on 1000+ custom sequences in a matter of days to support rapid Design-Build-Test-Learn (DBTL) cycles. Our assays support antibody-based therapeutics and mini-protein binders. Explore our offerings below and contact us to learn more.
Currently, SPOC is providing screening services as part of the early access program. Starting Q1 2026, we will ship cartidges to customers.
Currently, SPOC is providing screening services as part of the early access program. Starting Q1 2026, we will ship cartidges to customers.
HyperSynaptiKx BuildLoopIQ
BuildLoopIQ, the flagship module of SynaptiKinetiKx, closes the design‑build‑test‑learn loop by printing thousands of AI‑generated antibody, protein, or peptide variants directly onto a SPOC SPR biosensor and capturing full Kx kinetic (kon/koff/KD) profiles for every candidate in just hours. The resulting, kinetics‑rich data streams back to your generative models, driving rapid multi‑cycle optimization that turns weeks of wet‑lab work into a single day. Unlock higher‑affinity, lower‑liability leads faster—and give your AI‑first drug discovery programs a decisive edge over traditional screening.
HyperSynaptiKx BuildLoopIQ
BuildLoopIQ, the flagship module of SynaptiKinetiKx, closes the design‑build‑test‑learn loop by printing thousands of AI‑generated antibody, protein, or peptide variants directly onto a SPOC SPR biosensor and capturing full Kx kinetic (kon/koff/KD) profiles for every candidate in just hours. The resulting, kinetics‑rich data streams back to your generative models, driving rapid multi‑cycle optimization that turns weeks of wet‑lab work into a single day. Unlock higher‑affinity, lower‑liability leads faster—and give your AI‑first drug discovery programs a decisive edge over traditional screening.
HyperSynaptiKx ContactIQ
AntibodyIQ is your lead‑selection engine for antibodies, mini‑proteins, and peptides—multiplexing up to 1,152 variants on a single SPOC chip to capture full Kx kinetics (kon/koff/KD) and residence‑time profiles in one run. By collapsing weeks of serial SPR work into hours and slashing reagent use and cost per datapoint, AffiRank delivers objective, kinetics‑based rankings tuned to your modality’s performance window. Identify the tightest binders, map functional epitopes, and advance only the winners—fast.
HyperSynaptiKx ContactIQ
AntibodyIQ is your lead‑selection engine for antibodies, mini‑proteins, and peptides—multiplexing up to 1,152 variants on a single SPOC chip to capture full Kx kinetics (kon/koff/KD) and residence‑time profiles in one run. By collapsing weeks of serial SPR work into hours and slashing reagent use and cost per datapoint, AffiRank delivers objective, kinetics‑based rankings tuned to your modality’s performance window. Identify the tightest binders, map functional epitopes, and advance only the winners—fast.
HyperSynaptiKx FoldIQ
FoldIQ compresses months of mini‑protein engineering into a single, data‑rich experiment—producing thousands of α‑helical, β‑sheet, and bespoke scaffold variants on a SPOC chip and profiling them in real time against up to 100 high‑value targets. The resulting 50,000‑plus pico‑ to micromolar SPR kinetic traces map every fold‑versus‑target interaction, giving your AI models proprietary, residue‑level insights that unveil hot‑spot contacts, surface cooperativity, and uniquely productive motifs. Accelerate design cycles, slash costs, and unlock differentiated mini‑protein binders faster than ever before.
HyperSynaptiKx FoldIQ
FoldIQ compresses months of mini‑protein engineering into a single, data‑rich experiment—producing thousands of α‑helical, β‑sheet, and bespoke scaffold variants on a SPOC chip and profiling them in real time against up to 100 high‑value targets. The resulting 50,000‑plus pico‑ to micromolar SPR kinetic traces map every fold‑versus‑target interaction, giving your AI models proprietary, residue‑level insights that unveil hot‑spot contacts, surface cooperativity, and uniquely productive motifs. Accelerate design cycles, slash costs, and unlock differentiated mini‑protein binders faster than ever before.
HyperSynaptiKx ContactIQ
SPOC’s on-demand data generation service delivers proprietary, high-resolution drug-target interaction datasets purpose-built for AI model training. SPOC synthesizes hundreds to thousands of antibody, protein or peptide-based drug libraries on SPR biosensor chips, directly from customer-provided DNA sequences. SPOC SPR biosensing enables real-time high resolution kinetic profiling data (kon, koff, KD, residence time) from all on-chip drug variants, in a single assay. Unlike public or legacy datasets, SPOC data is tailored, reproducible, and experimentally grounded, providing structured inputs that accelerate Supervised Fine Tuning and design-build-test-learn cycles. With SPOC, AI developers and biopharma teams gain exclusive, model-ready datasets that enhance predictive accuracy, reduce training bias, and drive rapid drug design breakthroughs.
HyperSynaptiKx ContactIQ
SPOC’s on-demand data generation service delivers proprietary, high-resolution drug-target interaction datasets purpose-built for AI model training. SPOC synthesizes hundreds to thousands of antibody, protein or peptide-based drug libraries on SPR biosensor chips, directly from customer-provided DNA sequences. SPOC SPR biosensing enables real-time high resolution kinetic profiling data (kon, koff, KD, residence time) from all on-chip drug variants, in a single assay. Unlike public or legacy datasets, SPOC data is tailored, reproducible, and experimentally grounded, providing structured inputs that accelerate Supervised Fine Tuning and design-build-test-learn cycles. With SPOC, AI developers and biopharma teams gain exclusive, model-ready datasets that enhance predictive accuracy, reduce training bias, and drive rapid drug design breakthroughs.
For more information on the SPOC platform, get in touch:
Contact Us
1600 Adams Drive
Suite 236
Menlo Park, CA 94025
7201 E Henkel Way
Suite 285
Scottsdale, AZ 85255
480-219-9506
For more information on the SPOC platform, get in touch:
Contact Us
1600 Adams Drive
Suite 236
Menlo Park, CA 94025
7201 E Henkel Way
Suite 285
Scottsdale, AZ 85255
480-219-9506
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