We exist at the frontier of possibility — where engineering meets biology, where precision meets compassion. The Greenford Nano and Cancer Foundation is committed to accelerating the translation of nanotechnology-based discoveries into real-world cancer solutions. We fund bold science, support the next generation of researchers, and stand alongside every patient waiting for a better answer.
To establish a global standard in cancer care where nanotechnology-enabled early detection and highly targeted treatments render conventional, systemically toxic therapies obsolete. We envision a future where precision medicine is not a luxury, but a standard of care accessible to every patient — regardless of geography or economic circumstance.
Our programs investigate three critical frontiers of nano-oncology: detecting cancer earlier than ever, delivering therapeutics with unprecedented precision, and exploring nanoparticle-immune system interactions.
Nanosensor platforms capable of detecting cancer biomarkers at concentrations orders of magnitude below current clinical thresholds — enabling earlier, more accurate diagnosis.
Lipid nanoparticles, polymeric nanoparticles, and dendrimers engineered to accumulate at tumor sites, delivering therapeutic payloads directly to malignant cells while sparing healthy tissue.
Nanoparticle-based adjuvants and antigen delivery systems that prime, amplify, and direct the immune response against tumors — opening new frontiers in personalized cancer immunotherapy.
Beyond the laboratory, the Foundation builds infrastructure that moves science from bench to bedside — funding researchers, supporting patients, and building partnerships.
Competitive grants supporting nano-oncology researchers globally.
Plain-language guides, clinical trial directories, and advisory sessions.
Public lectures, school programs, and digital resources for all.
Formal collaboration agreements with leading universities worldwide.
"Our commitment to bridging the gap between nanotechnology and clinical oncology is unwavering. We envision a future where precision medicine is not a luxury, but a standard accessible to everyone. By supporting brilliant minds and bold science, we are actively engineering that future."
Chairman, Greenford Nano and Cancer Foundation
"Translating microscopic discoveries into massive leaps for cancer care requires relentless collaboration. Through strategic partnerships, rigorous grant programs, and the incredible support of our donors, we are transforming hope into tangible therapies."
Secretary General, Greenford Nano and Cancer FoundationThe Greenford Nano and Cancer Foundation is an independent, nonprofit research foundation dedicated to accelerating the development of nanotechnology-based approaches to cancer prevention, diagnosis, and treatment. We sit at a uniquely consequential intersection — between the precision of nanoscale engineering and the urgency of oncology — and we believe that this intersection holds some of the most promising answers to one of humanity's most enduring challenges.
Cancer is not a single disease. It is hundreds of distinct conditions, each defined by its own molecular signature. Nanotechnology, with its capacity for molecular-level engineering and targeting, is uniquely suited to this diversity. We can engineer particles that recognize specific tumor markers. We can design delivery vehicles that release their therapeutic payload only upon contact with the acidic microenvironment of a malignant cell.
That is the vision that drove the establishment of this Foundation, and it is the vision that drives our work today — from Kushtia, Bangladesh, to global oncology centers.
"At the nanoscale, we are not simply improving existing treatments — we are creating a fundamentally new vocabulary for medicine. One molecule at a time."
— Founding Scientific Director
Based in Kushtia, Bangladesh, we operate as a globally-connected research foundation, funding projects across Asia, Europe, and North America while maintaining our commitment to equitable access for patients in all regions.
Every conclusion we publish must be grounded in rigorous, reproducible science. We hold ourselves and our partners to the highest standards of scientific conduct and transparent reporting.
We are not satisfied with discovery for its own sake. Our goal is translation — moving findings from the laboratory bench to clinical practice, from publication to patient benefit.
The benefits of scientific progress should not be confined to wealthy nations. We are committed to developing solutions that can be manufactured affordably and deployed in resource-limited settings.
Behind every data point is a patient — a person with a family, with fears, with hope. Our programs and culture are shaped by a deep commitment to empathy, dignity, and respect.
The Foundation is governed by an independent Board of Trustees comprising leading figures in oncology, nanotechnology, bioethics, philanthropy, and patient advocacy. Our Scientific Advisory Board provides expert guidance on research priorities and grant evaluation.
We publish an Annual Report detailing our expenditures, research outcomes, and organizational performance, and we are fully compliant with all applicable charity law and financial reporting requirements.
We maximize the impact of every donation. Resource allocation for the current fiscal year:
Our portfolio spans nano-diagnostics, targeted drug delivery, and nanoparticle-immune system interactions, bridging fundamental nanomaterials science and clinical oncology.
Development and clinical validation of a surface-enhanced Raman scattering (SERS) nanoparticle probe array for simultaneous detection of breast-cancer-associated protein biomarkers in peripheral blood at sub-picomolar concentrations.
Design, synthesis, and in vivo evaluation of pH-sensitive lipid nanoparticles for co-delivery of tumour-suppressor mRNA and pro-apoptotic siRNA, targeting the characteristically acidic tumour microenvironment.
Investigation of PAMAM dendrimer carriers for targeted intratumoural delivery of anti-PD-L1 antibody fragments, aiming to amplify tumour infiltrating lymphocyte activity while minimising systemic immunotoxicity.
Clinical feasibility study evaluating USPIO nanoparticle-enhanced MRI for improved delineation of the infiltrative margin of glioblastoma multiforme for stereotactic radiosurgery planning.
The following publications represent peer-reviewed output of research conducted or funded by the Foundation. DOI links direct to respective journal pages.
The Foundation has adopted a five-year strategic plan to substantially expand its research capacity and translational impact:
Beyond the laboratory, the Foundation builds a complete ecosystem of support — funding researchers, providing practical guidance for patients, and building the institutional partnerships that translate science into medicine.
The Foundation Research Grant is our flagship funding mechanism, providing substantial multi-year support to established research teams working on high-impact nano-oncology projects. Awards support laboratory operations, personnel, equipment acquisition, and dissemination activities.
Supporting postdoctoral researchers and junior faculty in the first five years of their independent research career who are establishing nano-oncology research programs. These awards provide seed funding to generate preliminary data for larger grant applications to national funding bodies such as NIH, UKRI, and ERC.
Additional funding for existing Foundation-funded projects that establish formal collaborative partnerships with research institutions in low- and middle-income countries (LMICs), in support of the Foundation's commitment to equitable access and global research capacity building.
A cancer diagnosis changes everything — and it raises questions that can feel overwhelming, especially when they involve new and unfamiliar treatments. Our resources help patients and their families understand the science, locate relevant clinical trials, and connect with the support they need.
Plain-language guides covering how nanoparticle drug delivery works, what clinical trials involve, and how to talk to your oncologist about emerging treatment options.
A curated, regularly updated directory of clinical trials investigating nanotechnology-based cancer treatments, categorised by cancer type, treatment stage, and geographic location.
Submit questions about nanotechnology-based cancer research and receive written responses from our scientific team within 5 business days. Not a medical consultation — a science clarity service.
"Nano & Cancer: The Science Explained" — free monthly online presentations by leading researchers. Sessions are recorded and freely available on our website and YouTube channel. No scientific background required.
Our monthly newsletter provides plain-language summaries of significant recent publications in nano-oncology, curated and explained by our scientific communications team. Subscribe to receive it in your inbox.
Review our milestones, funded projects, and financial health in our comprehensive yearly review. Every figure is independently audited.
Across three nano-oncology focus areas
In leading peer-reviewed oncology journals
Of every donation goes straight to programs
Our flagship diagnostic platform has successfully initiated Phase II clinical trials, testing early-stage biomarker detection across multiple clinical sites. The SERS nanoparticle probe array is designed for the simultaneous detection of breast-cancer-associated protein biomarkers in peripheral blood at sub-picomolar concentrations. If successful, this trial will pave the way for liquid biopsies that can detect tumor presence years before conventional imaging.
The research team has partnered with leading oncology centers across Europe to recruit a diverse cohort of patients. Results from the first stage of Phase II are expected to be published early next year.
The Foundation has awarded a major $1.2M grant to expand research into pH-responsive lipid nanoparticles for targeted pancreatic cancer treatments. Led by Dr. B. Researcher, the study will focus on co-delivery of tumour-suppressor mRNA and pro-apoptotic siRNA, targeting the characteristically acidic tumour microenvironment of pancreatic adenocarcinoma.
This funding ensures the laboratory has the resources required to scale their in-vivo models over the next three years, moving closer to translational clinical applications.
We are proud to announce the launch of our expanded Patient Support Resource Hub — a new, dedicated section of our website providing plain-language guides, a curated clinical trial finder, and our Ask a Scientist advisory service for patients and families navigating nano-oncology treatment options.
The hub was developed in consultation with patient advocacy groups and reviewed by clinical oncologists for accuracy and accessibility.
Cancer is too complex a challenge for any single institution to solve alone. We actively seek collaborative relationships with universities, academic medical centres, pharmaceutical and biotechnology companies, and government research agencies.
We formalise research collaborations through structured agreements governing intellectual property, data sharing, publication rights, and financial arrangements.
We welcome corporate sponsors, technology licensing partners, and philanthropic corporate partnerships, all structured to maintain complete research independence.
Initiate a formal collaboration by submitting a preliminary MOU request. Our legal and partnerships team will review and respond within 5 business days.
Direct partnership enquiries:
partnerships@greenfordnanocancer.org
Have questions about our research, programs, partnerships, or donations? Our team typically responds within 2 business days.
Address
34/1 S.B. Road, Aruapara, Kushtia - 7000
Khulna Division, Bangladesh
General Enquiries
info@greenfordnanocancer.org
Partnerships: partnerships@greenfordnanocancer.org
Phone
+880 1XXX-XXXXXX
Somewhere, a researcher is testing a nanoparticle that may one day find a cancer that conventional imaging cannot. Your donation makes that research possible — and that hope real.
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At least 80% of every donation goes directly to research and programs. Full audited financials published annually.