Dr. Peyman Taeidi Stemell Inc Research of Stem Cell Potential
Dr. Peyman Taeidi Stemell Inc.
Review of recent stem cell medicine techniques.
Science is sometimes slow and sometimes
fast. Advancements in stem cell research are happening very
quickly. Many would like a review and summary of the large amount
of information concerning stem cell research.
One of the most respected in the science is
Dr. Peyman Taeidi PHD. His company Stemell has been studying the
new discoveries as well as the proven science.
Well, it's finally
here, 2020! In the new decade the science of stem cell research is
expected to expand. All kind of mediums are reporting and
facilitating the science to the rest of us. Radio, internet,
television and print medium have all been utilized to promote services
as well as explain and share the science with the public.
Some people have already had stem cell related
procedures. Many are living better lives due to the advancement of
stem cell related medical procedures. Replacing long stays in the
hospital, more frequently now, are simple procedures preformed in the
When making initial appointments with doctors,
patients are more often asking about the potential of stem cell options.
From podiatrist's to optometrist's many disciplines are discovering the
wide array of benefits available through various stem cell related
Stem cell related research
and procedures are the topic of discussion.
stem cells are the stem cells most frequently labelled as
“controversial” because their harvesting causes the destruction of an
embryo? One reason proponents are in favor of embryonic stem cells is
that the cells are pluripotent (Induced pluripotent stem cells, commonly
abbreviated as iPS cells or iPSCs, are a type of pluripotent stem cell
artificially derived from a non-pluripotent cell, typically an adult
somatic cell, by inducing a "forced" expression of certain genes and
Adult Stem Cell Advantages? Special
adult-type stem cells from bone marrow and from umbilical cord have been
isolated recently which appear to be as flexible as the embryonic type.
Also, already somewhat specialized, inducement may be simpler? And
finally, not immunogenic—recipients who receive the products of their
own stem cells will have less rejection.
Can you make sense of the puzzle? Why do the
lead where they do?