Xylyx Bio and Alec Batis launch Sweet Chemistry

Xylyx Bio and Alec Batis launch Sweet Chemistry

Xylyx Bio, a regenerative medicine company, and Alec Batis, a renowned product innovator and research chemist, have formed a strategic collaboration to bring Sweet Chemistry Evidence-Based Regenerative Skincare to market.
Xylyx Bio and Alec Batis Partner to Launch Sweet Chemistry, a Groundbreaking Line of Evidence-Based Regenerative Skincare Products

Xylyx Bio and Alec Batis Partner to Launch Sweet Chemistry, a Groundbreaking Line of Evidence-Based Regenerative Skincare Products

Xylyx Bio's pioneering biotechnology combined with Batis' world-class formulation expertise creates a game-changing partnership at the nexus of regenerative medicine and cosmetic science.
2023 Week 17: Beauty Brand and Product Launches

2023 Week 17: Beauty Brand and Product Launches

This New Beauty Brand’s Hero Ingredient is Derived from Bones

This New Beauty Brand’s Hero Ingredient is Derived from Bones

Sweet Chemistry will launch on its website this summer with two products.
Matrikyne Peptides Safe and Effective in Improving Skin Appearance

Matrikyne Peptides Safe and Effective in Improving Skin Appearance

Following a clinical trial, Xylyx Bio’s Matrikyne ingredient was deemed efficacious in combatting anti-aging effects and improving skin appearance.
Clinical Study Shows Xylyx Bio's Matrikynes® Significantly Improves the Structure, Function, and Appearance of Skin

Clinical Study Shows Xylyx Bio's Matrikynes® Significantly Improves the Structure, Function, and Appearance of Skin

Independent clinical study results validate Matrikynes® efficacy in reversing common signs of skin damage and aging, including reduction of lines and wrinkles.
Immune Characterization of a Xenogeneic Human Lung Cross-Circulation Support System

Immune Characterization of a Xenogeneic Human Lung Cross-Circulation Support System

Improved approaches to expanding the pool of donor lungs suitable for transplantation are critically needed for the growing population with end-stage lung disease.
Technique for Xenogeneic Cross-Circulation to Support Human Donor Lungs Ex Vivo

Technique for Xenogeneic Cross-Circulation to Support Human Donor Lungs Ex Vivo

Xenogeneic cross-circulation (XC) is an experimental method for ex vivo organ support and recovery that could expand the pool of donor lungs suitable for transplantation. The objective of this study was to establish and validate...
Researchers Confirm Successful Rehabilitation and Recovery of Human Donor Lungs Previously Deemed Unfit for Transplant

Researchers Confirm Successful Rehabilitation and Recovery of Human Donor Lungs Previously Deemed Unfit for Transplant

Study demonstrates that a novel technique for regenerating donor lungs can increase the number of organs available for life-saving transplantation