Welcome to the
bit.bio user exchange

2026

Thursday, 4th June

Cambridge, UK

As experts in programmed human cells, we are pleased to bring the bit.bio user exchange back to Cambridge in 2026.

Join us for The Human Cell Forum, a one-day event bringing together scientists from academia and industry to explore how human iPSC-derived cells are being integrated into real-world research and drug discovery workflows.

What to expect:

  • Perspectives on the transition to human cell-based research models

  • How human iPSC-derived cells are being implemented in existing workflows

  • Protocols and approaches that reduce time to assay and improve reproducibility

  • Case studies from academic and industry labs

  • Opportunities to engage directly with scientists working through similar challenges

When: 4 June 2026

Time: 10am - 7pm

Where: Hinxton Hall Conference Centre, Cambridge, UK

Details: This free, one-day event includes lunch and refreshments. 

Confirmed speakers

Sir David Klenerman University of Cambridge
Professor Sir David Klenerman FMedSci FRS
Royal Society Professor of Molecular Medicine at the Department of Chemistry
University of Cambridge
Speaker
Professor Sir David Klenerman FMedSci FRS
Royal Society Professor of Molecular Medicine at the Department of Chemistry
University of Cambridge
Sir David Klenerman University of Cambridge
Professor Sir David Klenerman is the Royal Society Professor of Molecular Medicine at the Department of Chemistry, University of Cambridge. He is a physical chemist who has developed and applied new physical methods, particularly fluorescence spectroscopy, to biological and biomedical problems. He is known for for co-inventing the Solexa/Illumina next-generation DNA sequencing.
Ross-Dobie Centre for Human Specific Research
Ross Dobie, PhD
Head of Science
Centre for Human Specific Research
Panellist
Ross Dobie, PhD
Head of Science
Centre for Human Specific Research
Ross-Dobie Centre for Human Specific Research
Ross Dobie is Head of Science at the Centre for Human Specific Research, an initiative dedicated to supporting researchers in adopting human‑focused methodologies. He obtained his PhD at the Roslin Institute, University of Edinburgh, before undertaking postdoctoral research at the Centre for Inflammation Research within the Queen’s Medical Research Institute. Ross later moved into industry, progressing from Senior to Principal Scientist at Concept Life Sciences, a Contract Research Organisation. With over a decade of experience spanning academia and industry, Ross has seen first-hand the rapid advances in human‑specific research and its growing impact on biomedical science.
Nikole Z circle
Nikole Zuñiga Quiroz, PhD
Senior Scientist Neurobiology
Mabylon AG
Speaker
Nikole Zuñiga Quiroz, PhD
Senior Scientist Neurobiology
Mabylon AG
Nikole Z circle
Simone Mader circle
Professor Simone Mader
Director of Translational Immunology
University Hospital Erlangen
Speaker
Professor Simone Mader
Director of Translational Immunology
University Hospital Erlangen
Simone Mader circle

Agenda at-a-glance

The detailed agenda will be shared soon. 

Programe overview

  • Scientific talks
  • Panel discussions
  • User perspectives
  • Interactive discussion sessions
  • NEW for 2026: ICC image competition, Poster session & Lightning talks

Posters will be judged during the conference. The winner will receive a £250 prize, which can be accepted, donated to your lab or given to a charity of your choice. If you would like to be considered for a Lightning Talk, please ensure your title and abstract are uploaded by 30th April.

Topics for the Forum will build on last year’s discussions, with a stronger focus on implementation and workflow integration.

The venue

 

The event will take place at Hinxton Hall Conference Centre, located on the Wellcome Genome Campus near Cambridge. 

Hinxton Hall Conference Centre
Wellcome Genome Campus, Hinxton CB10 1RQ
Phone: +44 (0)1223495000
Email: conference.centre@hinxtonhall.org

 

 

hinxton_hall_bw

Travel information

Hinxton Hall Conference Centre is located on the Wellcome Genome Campus, just outside Cambridge.

By Train

The Wellcome Genome Campus is accessible via several nearby train stations:

  • Cambridge Station (approx. 20 minutes by car)
  • Whittlesford Parkway (approx. 5 minutes by car)
  • Great Chesterford (approx. 5 minutes by car)
  • Audley End (approx. 15 minutes by car)

All stations are served by direct trains from London, with journey times typically under one hour.

Important:
Whittlesford Parkway and Great Chesterford do not have taxi ranks. If you have not pre-booked a taxi, it is recommended to travel via Cambridge or Audley End.

By Taxi

A taxi is required to reach the Campus from all stations.

Local taxi providers include:

  • Panther: +44 (0)1223 715715
  • Walden Cars: +44 (0)1799 500500
  • South Cambs: +44 (0)1223 834858
  • Cam Cab: +44 (0)1223 704704

Pre-booking is strongly recommended, particularly for smaller stations.

By Car

Hinxton Hall is located just off the M11:

  • From the north: Exit at Junction 10, follow the A505, then A1301 towards Saffron Walden

  • From the south: Exit at Junction 9, follow the A1301 towards Cambridge

Follow signs for Wellcome Genome Campus. Satnav: CB10 1SA
 
Parking:
On-site visitor parking is available. Visitors may be directed to a designated visitor car park on arrival
 

From Airports

London Stansted Airport (STN):

  • ~30 minutes by car
  • Train to Cambridge (~30 minutes), then taxi

London Heathrow (LHR) & Gatwick (LGW):

  • ~2 hours by car
  • Alternatively via London to Cambridge by train, then taxi

London City & Luton:

  • ~1 hour by car

By bike

Cycling routes connect the Campus to Cambridge and nearby stations.

  • From Cambridge: ~30 minutes via National Cycle Route 11

  • From Whittlesford Parkway: ~10 minutes

  • From Great Chesterford: ~15 minutes

Secure bike access is available via the Campus entrance.

Group bw (1)

Register now 

We are currently opening early registration for the 2026 event.

Registration for this event is currently limited to selected regions.
If you believe you should have access, please contact info@bit.bio.