FWHPWI’s scheduled January 30, 2021 meeting
and outreach was promptly held. Dr Sylvia Kama-
kieghe (UK based General Practitioner, founder and
Lead Clinician of AskAwayHealth.Org) was the
guest speaker.
Dr Kama-kieghe’s awareness talk was on ‘COVID-
19 Vaccine’. She highlighted challenges of coming
into terms with the impact of a pandemic disease;
and lucidly explained facts of vaccine hesitancy and
scepticism. Dr. Kama-Kieghe provided clarity on
some questions regularly asked by the public, such
as: Is COVID-19 vaccine bigger threat than the
disease? Does the vaccine transform human DNA?
Who should have the vaccine? Etc.
Dr Kama-kieghe’s talk also provided clarity on
‘types of COVID-19 vaccine present at the
moment’, their content, manufacturers, how the
vaccines work and some common observed side
effects. As usual, participants were able to
exchange questions and answers at the end of Dr.
Kama-Kieghe’s talk. And Dr. Kama-Kieghe urged
participants to try and get vaccinated so as to help
curb the spread of COVID-19 virus.
European society for medical oncology (ESMO)
explains facts about COVID-19 vaccination in
cancer patients
Although evidence regarding vaccination in patients
with cancer is limited, there is enough evidence to
support anti-infective vaccination in general (exclu-
ding live-attenuated vaccines and replication-
competent vector vaccines) even in patients with
cancer undergoing immunosuppressive therapy.
The level of efficacy may be expected to be genera-
lly reduced in certain populations of cancer patients
with intense immunosuppression, such as recipients
of haematopoietic stem cell transplantation. However,
based on data extrapolation from other vaccines and
the mechanism of action of the COVID-19
vaccines, it is conceivable that the efficacy and
safety of vaccination against COVID-19 may be
estimated to be similar to that of patients without
cancer, although data from clinical trials are
lacking. Beyond stem cell transplantation, the
efficacy of COVID-19 vaccines can also vary in
patients with distinct contexts of malignant disease
(tumour type, disease extent, intrinsic or therapy-
induced immunosuppression); however, the
benefits of vaccination seem to significantly and
substantially outweigh the risks.
Read more
Trouble for drug-resistant cancers
ETC-159, a made-in-Singapore anti-cancer drug
that is currently in early phase clinical trials for use
in a subset of colorectal and gynecological cancers,
could also prevent some tumours from resisting
therapies by blocking a key DNA repair mechanism.
Read more
Research shows Similarities in Risk for
COVID-19 and Cancer Disparities
According to an article in the renowned American
Association for Cancer Research (AACR) Journal
Clinical Cancer Research, some root cause
contributions for risk disparity overlap between
COVID-19 and cancer. While cancer is a genetic
disease that is influenced by tissue microenviron-
ment, COVID-19 is an infectious disease that is
enabled by cellular expression of angiotensin-
converting enzyme 2 receptors. However, socio-
economic disadvantages, level of education, lifestyle
factors, health comorbidities, and limited access to
medical care appear to fuel underlying risk for both
cancer and COVID-19 disparities. For instance,
African Americans demonstrating higher risk of
acquiring and dying from either disease, are
underrepresented in clinical trials involving cancer
or COVID-19. Long-term disparities are present
with survivorship from cancer and may be likely
with survivorship from COVID-19; both have
revealed untoward effects on post-diagnosis
economic viability.
Read more
T Cell immunotherapy for Ovarian Cancer
shows potential
Ovarian cancer is diagnosed in an estimated 300,000
women around the world each year. While signi-
ficant advances have been made in conventional
treatments, survival rates have only modestly
improved. An Ovarian Cancer and Immunotherapy,
November 2020 Cancer Research Institute (CRI)
Virtual Summit discloses ongoing research for
combating ovarian cancer with T cell Immuno-
therapy.
Read more
New strategy for fighting brain cancer
The mean survival of patients with the most
common and aggressive type of brain cancer,
glioblastoma multiforme (GBM), is 14 months.
Huang, a member of the Cancer Biology research
program at Massey, pinpoints a gene called
YTHDF2 as a crucial link in a chain leading to the
development and growth of GBM. It works through
a process set in motion by another gene with a well-
established reputation for driving cancer
progression, EGFR."These findings are exciting
because we can potentially target YTHDF2
expression by using YTHDF2 small molecule
inhibitors to control glioblastoma tumor growth and
spread," says Huang.
Read more