OncoBact™

OncoBact™: Oncolytic Bacteria Platform with Precision Targeting

Alfa Cytology's OncoBact™ platform employs engineered bacterial vectors to achieve tumor microenvironment-specific targeting. By exploiting hypoxia/acidosis-responsive promoters, our platform enables oncolytic bacteria to selectively replicate in solid tumors while sparing healthy tissues. This breakthrough technology ensures precise therapeutic payload delivery for enhanced anti-cancer efficacy.

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One-stop Oncolytic Bacterial Therapy Development Platform

Select for Alfa Cytology's one-stop oncolytic bacterial therapy development platform and embark on a hassle-free and efficient R&D journey. We offer a full-spectrum service, from bacterial strain screening and genetic engineering to preclinical trial design and execution. By integrating industry resources and assembling top-notch professional teams, we're dedicated to propelling your oncolytic bacterial therapy projects forward.

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Oncolytic Bacteria-Based Synergistic Combination Therapy Platform

At Alfa Cytology's oncolytic bacteria-based combination therapy platform, we break the limitations of single-modality treatments. We artfully combine oncolytic bacterial therapy with other advanced treatment modalities, such as immunotherapy and radiotherapy. Through synergistic effects, we enhance treatment efficacy, offering innovative and comprehensive solutions to tackle complex cancer challenges.

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About Us

Alfa Cytology is a leading oncolytic bacteria technology platform provider, specializing in precision-targeted bacterial therapy development and end-to-end solution delivery.

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Our Innovative Platforms

One-stop Oncolytic Bacterial Therapy Development Platform

Why Choose Us

Why Choose Us

We deliver precision-engineered oncolytic bacteria platforms with hypoxia-targeted specificity, dual-layer safety controls, and proven synergy in combinatorial cancer therapies.

  • Precision Targeting Design: Our tumor lysing bacteria are able to precisely target tumor cells and reduce damage to normal tissues.
  • Multi-modal Drug Delivery System: We have developed a multi-modal drug delivery system, which can effectively improve the efficacy of drugs.
  • Dual-layer Biosafety Control: We have adopted dual-layer biosafety control technology to ensure the safety of our lysogenic bacteria.

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