Donate
Research and discoveries
Study and careers
Industry partnerships
About us
Support us
Research and discoveries
Find a researcher
ICR divisions
Centres and strategic collaborations
Our facilities and technology
Cancer discovery news
Cancer blogs
Our Research
ICR divisions
Breast Cancer Research
Cancer Biology
Cancer Therapeutics
Cell and Molecular Biology
Clinical Studies
Genetics and Epidemiology
Radiotherapy and Imaging
Structural Biology
Our facilities and technology
Breast Cancer Now Nina Barough Pathology Core Facility
Baculovirus Facility
Light Microscopy Facility
Electron Microscopy Facility
Flow Cytometry Facility
Mechanical Workshop and 3D Printing
Proteomics Core Facility
Scientific Computing Service
Genomics Facility
X-ray Crystallography Facility
Cancer discovery news
Types of cancer
Media office
Cancer blogs
Research blogs
The Darwin Cancer Blog
Our Research
ICR research themes
Our research excellence
Academic excellence
Animal research
Data Science
Drug and therapeutic discovery
Study and careers
PhDs for science graduates
Opportunities for clinicians
Student life and support
Undergraduate Summer Scholarship Scheme
Support moving to the UK
Careers at the ICR
Working life and benefits
PhDs for science graduates
Our PhD projects
Our PhD application process
PhD FAQs and funding
Contact student admissions
PhDs and training news
Opportunities for clinicians
MSc in Oncology
PhD and MD(Res) for clinicians
NIHR academic training
Radiotherapy and imaging training courses
Student life and support
Tuition fees
Accommodation support
Social life and welfare
Academic and career support
Student resources
Student stories
Alumni stories
Undergraduate Summer Scholarship Scheme
How to apply
FAQs
Research groups
Careers at the ICR
Postdocs
Research scientists and scientific support
Group leaders
Clinicians
Professional Service roles
Contact our career faculty
Apprenticeships
Working life and benefits
Staff benefits
World-leading working facilities
Equality and social groups
Career development
Employee stories
Industry partnerships
Partnership opportunities
Consultancy in oncology
Why partner with us
Our therapeutic pipeline
Industry partner news
London Cancer Hub
Contact our partner team
Why partner with us
Our partnership philosophy
The Innovation Gateway
Entrepreneurs-in-residence
Spin-out companies
Enterprise events
Our treatment and technology successes
About us
Our history
Leadership and governance
Our strategy
ICR and the Royal Marsden
Our achievements
Patient stories
ICR news
Funding and spending
Corporate reports and policies
Contact us
Public engagement and schools outreach
Leadership and governance
Our leadership team
Executive board
Board of trustees
Corporate governance
ICR committees
Our strategy
Strategic partners
Our values
Equality and diversity
Sustainability
Our achievements
Characterising the BRAF gene
Transforming prostate cancer treatment
Advanced radiotherapy techniques
Identifying a breast cancer gene
Targeting Hsp90
How cells become cancerous
The function of the thymus
Practice changing clinical trials in radiotherapy and imaging
DNA damage and cancer
Identifying cancer predisposition genes
Applying evolutionary biology to cancer
Transforming treatment for the most common type of breast cancer
Developing the Pharmacological Audit Trail
Discovering early chemotherapy drugs
Discovering and developing a leading PI3K inhibitor
Applying genetic principles to treatment of BRCA-mutant cancers
Carcinogens in cigarette smoke
Corporate reports and policies
Annual reports
Improving access to clinical trials
Improving drug access
Use of biomarkers in cancer research and treatment
Our policy priorities
Public engagement and schools outreach
Resources for schools
Public engagement strategy
Public events
Support us
Making a donation
Fundraising
Leave a legacy
Philanthropy
Corporate partnerships
Charity partners
Our appeals
Search newsletter
Making a donation
Why donate to the ICR
How is my money spent
Contact our donations team
Payroll giving
Gift Aid
Fundraising
How to fundraise with us
Sport events and challenges
Fundraising news
Supporter stories
Share your story
Volunteer at our events
Leave a legacy
Create a Will for free
Donate in memory
Information for executors
The National Free Wills Network
Meet our Legacy Marketing Officers
Philanthropy
How philanthropy supports our research
Our philanthropic activity
Our appeals
Help more women survive cancer
Hard to treat cancers
Childhood cancers
Combination treatments
Prostate cancer appeal
Let's finish cancer
Monthly gift for cancer patients
Search:
Search
Research and discoveries
Study and careers
Industry partnerships
About us
Support us
See all hubs
Research and discoveries
Find a researcher
ICR divisions
Centres and strategic collaborations
Our facilities and technology
Cancer discovery news
Cancer blogs
Our Research
See all hubs
Study and careers
PhDs for science graduates
Opportunities for clinicians
Student life and support
Undergraduate Summer Scholarship Scheme
Support moving to the UK
Careers at the ICR
Working life and benefits
See all hubs
Industry partnerships
Partnership opportunities
Consultancy in oncology
Why partner with us
Our therapeutic pipeline
Industry partner news
London Cancer Hub
Contact our partner team
See all hubs
About us
Our history
Leadership and governance
Our strategy
ICR and the Royal Marsden
Our achievements
Patient stories
ICR news
Funding and spending
Corporate reports and policies
Contact us
Public engagement and schools outreach
See all hubs
Support us
Making a donation
Fundraising
Leave a legacy
Philanthropy
Corporate partnerships
Charity partners
Our appeals
Search newsletter
See Research and discoveries
Find a researcher
Publications
See Research and discoveries
ICR divisions
Breast Cancer Research
Cancer Biology
Cancer Therapeutics
Cell and Molecular Biology
Clinical Studies
Genetics and Epidemiology
Radiotherapy and Imaging
Structural Biology
See Research and discoveries
Our facilities and technology
Breast Cancer Now Nina Barough Pathology Core Facility
Baculovirus Facility
Light Microscopy Facility
Electron Microscopy Facility
Flow Cytometry Facility
Mechanical Workshop and 3D Printing
Proteomics Core Facility
Scientific Computing Service
Genomics Facility
X-ray Crystallography Facility
See Research and discoveries
Cancer discovery news
Types of cancer
Media office
See Research and discoveries
Cancer blogs
Research blogs
The Darwin Cancer Blog
See Research and discoveries
Our Research
ICR research themes
Our research excellence
Academic excellence
Animal research
Data Science
Drug and therapeutic discovery
See Study and careers
PhDs for science graduates
Our PhD projects
Our PhD application process
PhD FAQs and funding
Contact student admissions
PhDs and training news
See Study and careers
Opportunities for clinicians
MSc in Oncology
PhD and MD(Res) for clinicians
NIHR academic training
Radiotherapy and imaging training courses
See Study and careers
Student life and support
Tuition fees
Accommodation support
Social life and welfare
Academic and career support
Student resources
Student stories
Alumni stories
See Study and careers
Undergraduate Summer Scholarship Scheme
How to apply
FAQs
Research groups
See Study and careers
Careers at the ICR
Postdocs
Research scientists and scientific support
Group leaders
Clinicians
Professional Service roles
Contact our career faculty
Apprenticeships
See Study and careers
Working life and benefits
Staff benefits
World-leading working facilities
Equality and social groups
Career development
Employee stories
See Industry partnerships
Why partner with us
Our partnership philosophy
The Innovation Gateway
Entrepreneurs-in-residence
Spin-out companies
Enterprise events
Our treatment and technology successes
See Industry partnerships
Contact our partner team
Connections newsletter
See About us
Leadership and governance
Our leadership team
Executive board
Board of trustees
Corporate governance
ICR committees
See About us
Our strategy
Strategic partners
Our values
Equality and diversity
Sustainability
See About us
Our achievements
Characterising the BRAF gene
Transforming prostate cancer treatment
Advanced radiotherapy techniques
Identifying a breast cancer gene
Targeting Hsp90
How cells become cancerous
The function of the thymus
Practice changing clinical trials in radiotherapy and imaging
DNA damage and cancer
Identifying cancer predisposition genes
Applying evolutionary biology to cancer
Transforming treatment for the most common type of breast cancer
Developing the Pharmacological Audit Trail
Discovering early chemotherapy drugs
Discovering and developing a leading PI3K inhibitor
Applying genetic principles to treatment of BRCA-mutant cancers
Carcinogens in cigarette smoke
See About us
Corporate reports and policies
Annual reports
Improving access to clinical trials
Improving drug access
Use of biomarkers in cancer research and treatment
Our policy priorities
See About us
Public engagement and schools outreach
Resources for schools
Public engagement strategy
Public events
See Support us
Making a donation
Why donate to the ICR
How is my money spent
Contact our donations team
Payroll giving
Gift Aid
See Support us
Fundraising
How to fundraise with us
Sport events and challenges
Fundraising news
Supporter stories
Share your story
Volunteer at our events
See Support us
Leave a legacy
Create a Will for free
Donate in memory
Information for executors
The National Free Wills Network
Meet our Legacy Marketing Officers
See Support us
Philanthropy
How philanthropy supports our research
Our philanthropic activity
See Support us
Corporate partnerships
Corporate partnership highlights
See Support us
Charity partners
Siobhan's Superstar Legacy
See Support us
Our appeals
Help more women survive cancer
Hard to treat cancers
Childhood cancers
Combination treatments
Prostate cancer appeal
Let's finish cancer
Monthly gift for cancer patients
Dr
Shakil
Khan
Higher Scientific Officer:
Induced Proximity Therapeutics
Phone:
+44 20 3437 6350
Email:
[email protected]
Location: Sutton
Phone:
+44 20 3437 6350
Email:
[email protected]
Location: Sutton
Home
Research and discoveries
Find a researcher
Related pages
Functional Imaging Group
Magnetic Resonance
