Shasqi, Inc


Shasqi is a biotech company focused on making cancer drugs more effective through innovative click chemistry technology. Their proprietary CAPAC platform enables targeted activation of therapeutics at tumor sites, reducing systemic toxicity and expanding treatment possibilities. They are advancing a diverse pipeline of tumor-targeting agents and payloads, validated in clinical studies, with a mission to improve cancer treatment outcomes.

Industries

biotechnology
emergency-medicine
health-care
medical

Nr. of Employees

small (1-50)

Shasqi, Inc

San Francisco, California, United States, North America


Products

Intratumoral biopolymer activator paired with systemically administered protodrugs

A therapeutic approach combining a locally delivered biopolymer activator that presents click-reactive groups at the tumor and a systemically dosed chemically attenuated protodrug that is activated on-site via in vivo click chemistry.

Systemically delivered protodrug payloads for multiple modalities

Protodrug constructs designed for chemotherapeutics, highly toxic cytotoxins, immune agonists and radiotherapeutic payloads that remain inactive in circulation until clicked at the tumor-localized activator.


Services

Research collaborations for pre-targeted therapeutics

Collaborative research and development partnerships to apply in vivo click chemistry pre-targeting to external antigen targets and payloads, including co-development of activators and protodrugs.

Preclinical and translational development services

Preclinical program execution including protodrug synthesis, activator design, animal efficacy and tolerability studies, PK/BD analysis, and immune response assessment to support clinical translation.

Expertise Areas

  • Pre-targeting oncology therapeutics
  • In vivo bioorthogonal (click) chemistry
  • Protodrug (prodrug) design and medicinal chemistry
  • Tumor-targeting activator engineering (antibodies, fragments, peptides, VHH)
  • Show More (5)

Key Technologies

  • In vivo click chemistry (bioorthogonal reactions)
  • Chemical protodrug design and attenuation
  • Injectable biopolymer activators (hyaluronate derivatives)
  • Antibody- and peptide-based targeting agents
  • Show More (4)

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