2bind Hosts Keynote & Roundtable Discussion by Till Maurer

2bind Hosts Expert Talk by Till Maurer

June 2026, Regensburg, Germany – 2bind GmbH recently had the pleasure of hosting Till Maurer, a drug discovery expert with extensive industry experience and founder of Nanomol Pharmaceutical Innovations (NPI), for an internal expert talk on small molecule drug discovery.

2bind Launches Redesigned Website Aligned with Its “Pharma Services” Core Positioning

2bind Launches Redesigned Website Aligned with Its "Pharma Services" Core Positioning

March 2026, Regensburg, Germany – 2bind GmbH, a leading contract research organization (CRO) serving the global drug discovery and development sector, today announced the official launch of its newly redesigned corporate website. Following the recent transition of its corporate identity from “Experts in Biophysics” to “Pharma Services,” this digital overhaul ensures that 2bind’s online presence fully reflects its expanded portfolio, modern assay ecosystem, and deep alignment with the biopharma market.

Evolution of a Trusted Partner: 2bind Transitions Corporate Identity from “Experts in Biophysics” to “Pharma Services”

Evolution of a Trusted Partner: 2bind Transitions Corporate Identity from “Experts in Biophysics” to “Pharma Services”

2bind GmbH, a leading contract research organization (CRO) serving the global drug discovery and development sector, today announced a strategic evolution of its corporate identity. Reflecting its expanded portfolio and deep alignment with the life sciences industry, the company is transitioning its core positioning from “Experts in Biophysics” to “Pharma Services.”

scIC Delivers Best-in-Class, Real-time Kinetics on Cells

scIC Delivers Best-in-Class, Real-time Kinetics on Cells

Single-cell interaction cytometry (scIC) is a cell-based method for measuring binding kinetics directly on intact living or fixed cells under near-physiological conditions. It delivers real-time kinetic parameters — kon, koff, KD, and avidity — without requiring target purification or surface immobilization. The approach preserves the native membrane environment throughout the measurement, making it relevant for a wide range of targets that are difficult or impossible to study with conventional biophysical platforms.