Regenerative Immunology
ImmuneInk
Overview
Immunelnk develops immune-modulated regenerative tissues designed for use in cardiac repair, autoimmune conditions, and oncology. By integrating immunological programming into tissue scaffolds, this project pioneers a new class of personalized, rejection-resistant therapeutics.
Immune-modulated healing
01
Each tissue is engineered to interface directly with the immune system, reducing inflammation and improving recovery outcomes.
Immune-modulated healing
01
Each tissue is engineered to interface directly with the immune system, reducing inflammation and improving recovery outcomes.
Immune-modulated healing
01
Each tissue is engineered to interface directly with the immune system, reducing inflammation and improving recovery outcomes.
Multisystem therapeutic targeting
02
Applicable across oncology, autoimmune, and cardiovascular indications where immune behavior is central to disease progression.
Multisystem therapeutic targeting
02
Applicable across oncology, autoimmune, and cardiovascular indications where immune behavior is central to disease progression.
Multisystem therapeutic targeting
02
Applicable across oncology, autoimmune, and cardiovascular indications where immune behavior is central to disease progression.
Regenerative meets responsive
03
Combines tissue engineering with biologically responsive systems to adapt to a patient’s cellular environment in real time.
Regenerative meets responsive
03
Combines tissue engineering with biologically responsive systems to adapt to a patient’s cellular environment in real time.
Regenerative meets responsive
03
Combines tissue engineering with biologically responsive systems to adapt to a patient’s cellular environment in real time.
Modular bioscience, at your fingertips
Modular bioscience, at your fingertips
Modular bioscience, at your fingertips
Regenerative Immunology
ImmuneInk
Overview
Immunelnk develops immune-modulated regenerative tissues designed for use in cardiac repair, autoimmune conditions, and oncology. By integrating immunological programming into tissue scaffolds, this project pioneers a new class of personalized, rejection-resistant therapeutics.
Immune-modulated healing
01
Each tissue is engineered to interface directly with the immune system, reducing inflammation and improving recovery outcomes.
Immune-modulated healing
01
Each tissue is engineered to interface directly with the immune system, reducing inflammation and improving recovery outcomes.
Immune-modulated healing
01
Each tissue is engineered to interface directly with the immune system, reducing inflammation and improving recovery outcomes.
Multisystem therapeutic targeting
02
Applicable across oncology, autoimmune, and cardiovascular indications where immune behavior is central to disease progression.
Multisystem therapeutic targeting
02
Applicable across oncology, autoimmune, and cardiovascular indications where immune behavior is central to disease progression.
Multisystem therapeutic targeting
02
Applicable across oncology, autoimmune, and cardiovascular indications where immune behavior is central to disease progression.
Regenerative meets responsive
03
Combines tissue engineering with biologically responsive systems to adapt to a patient’s cellular environment in real time.
Regenerative meets responsive
03
Combines tissue engineering with biologically responsive systems to adapt to a patient’s cellular environment in real time.
Regenerative meets responsive
03
Combines tissue engineering with biologically responsive systems to adapt to a patient’s cellular environment in real time.
Modular bioscience, at your fingertips
Modular bioscience, at your fingertips
Modular bioscience, at your fingertips