Dr Daniel Frankel
Senior Lecturer

Introduction

I lecture thermodynamics (to undergraduate chemical engineers). My research focuses on biological interfaces. These include

1) The cell membrane - this is the interface between the innards of the cell and its environment. Drug binding, signal transduction and antibody recognition are all phenomena that I am interested in understanding.

2) Viruses - especially those with a phospholipid membrane interface such as HIV and Influenza.

3) The bacterial cell membrane - how antibiotics interact with the bacteria 

4) The interface between living tissue and machines

Roles and Responsibilities

Postgraduate Admissions Tutor for Materials and Design MSc
Progression Panel

Qualifications

BSc (First Class) Queen Mary, University of London
Phd University of St-Andrews, Scotland

Previous Positions

Postdoc University of Cambridge

Postdoc Sandia National Labs, USA

Memberships

Biophysical Society

British Biophysical Society

Royal Society of Chemistry

Institute of Physics

Informal Interests

Russian literature, culture and language
Mathematics
Wine
Watching snooker on TV
Squash
Designing experiments, especially thermodynamics practicals

Research Interests 

Biological Forces

Cell Biophysics

Materials Science

Synthetic Biology 

Current Work

Cyberplasm - building hybrid bio/machine robots.

Protocell Assembly - creating the simplest self replicating artificial entity, i.e. artificial cell.

Origins of life - How did life on Earth evolve?

Cancer cell biophysics

Protein Unfolding

Drug/cell surface interactions 

Postgraduate Supervision

PhD Student - Natalie Adams

PhD Student - Orr Yarkoni

PhD Student - Darman Nordin

PhD Student - Ana Penaherrera 

Postdoc - Lynn Donlon 

Funding

EPSRC/NSF Grant - "Cyberplasm" £301,000

EPSRC Grant "Surface Nanostructures For The Study of Biomolecular Recognition,Chirality And Crystal Growth" Principal Investigator, value £298,000

Projects

Undergraduate Teaching

Thermodynamics Stage 1

Thermodynamics stage 2

Fluid Mechanics Stage 1

Crystallization Stage 3

Biomaterials Stage 3/4 

 

Postgraduate Teaching

Nanotechnology on the MRes in Biomedicine
Nanomaterials