The Role of Cancer Stem Cells in Tumor Growth and Resistance
The Role of Cancer Stem Cells in Tumor Growth and Resistance
In the Spotlight at the CME/CPD Recognized 11th International Cancer,
Oncology and Therapy Conference – Dubai, UAE
Cancer remains one of the most challenging diseases of our time—not only
for its complexity but for its persistence. One of the key contributors to this
resilience is a small but powerful subpopulation of cells known as Cancer
Stem Cells (CSCs). These elusive cells are gaining attention worldwide for
their role in tumor initiation, progression, and resistance to therapy,
and they are expected to be a major focus at the 11th International Cancer,
Oncology and Therapy Conference in Dubai, UAE.
What Are Cancer Stem Cells?
Cancer stem cells are a distinct subset of tumor cells that possess the
ability to self-renew and differentiate into multiple cell types
within the tumor. Much like normal stem cells, CSCs can regenerate and sustain
the cancer over time. While they may represent only a small fraction of the
overall tumor mass, they are believed to be the drivers of tumor growth,
metastasis, and recurrence.
Fueling Tumor Growth
Conventional cancer treatments often target rapidly dividing cells.
While this approach can reduce tumor size, it often spares CSCs, which can lie
dormant and escape destruction. Once therapy is halted, these resilient cells
can repopulate the tumor, leading to relapse.
Recent studies show that CSCs can manipulate their microenvironment and
activate specific signaling pathways—such as Wnt, Notch, and Hedgehog—that help
maintain their stemness and promote continuous tumor expansion.
Resistance to Therapy
One of the most alarming characteristics of CSCs is their ability to
resist standard cancer therapies, including chemotherapy and radiation.
This resistance arises from various factors:
- Efficient DNA repair
mechanisms
- High expression of drug
efflux pumps
- Quiescent (non-dividing)
state
- Enhanced antioxidant defense
systems
This means that even after aggressive treatment, a population of
therapy-resistant CSCs may survive, poised to reignite the disease.
Clinical Implications
Targeting CSCs holds promise for improving patient outcomes by eradicating
the root cause of tumor regeneration. Several strategies are under
investigation, including:
- Inhibitors of stem cell
signaling pathways
- Immunotherapies aimed at
CSC-specific markers
- Combination therapies to
sensitize CSCs to traditional treatments
Understanding CSCs is also vital for developing more accurate biomarkers
for early detection and treatment response.
A Central Topic at the Dubai
Conference
At the upcoming CME/CPD Recognized 11th International Cancer,
Oncology and Therapy Conference, cancer stem cells will be a key topic
of discussion among global oncology leaders, researchers, and clinicians.
Attendees can expect to explore the latest research, clinical trials, and
emerging therapies designed to overcome CSC-driven resistance.
This international platform will also provide opportunities to:
- Share original research
through abstract presentations
- Earn CME/CPD credits
for professional development
- Collaborate with
multidisciplinary experts focused on eliminating cancer at its roots
Join us in Dubai to be part of the conversation that could transform
cancer care.
Visit the website : https://cancer.utilitarianconferences.com
submit your abstract: https://cancer.utilitarianconferences.com/submit-abstract
#CancerStemCells
#OncologyResearch #TumorResistance #CancerConference #Dubai2025 #CME #CPD
#CancerTherapy #StemCellsInCancer
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