Cell Medicine Vs Western Medicine

Cell Medicine Vs Western Medicine
Western medicine focuses on pathology and curing disease, whereas alternative
medicine focuses on the health and healing of the individual. The goal of both
therapies is to restore balance in the body and promote wellness wkow.marketminute.
Acupuncture and tuina are Eastern medicine treatments that use acupuncture
needles or tuina to stimulate the body’s natural ability to heal itself. They have a
long history and can be beneficial in treating certain conditions, such as back pain,
irritable bowel syndrome, headaches and psoriasis.

Traditional Chinese medicine is another type of Eastern medicine, which aims to
restore the balance of energy within the body. It focuses on a vital life force called Qi
or Chi, and practitioners believe that illness occurs when there is an imbalance
between yin and yang.
In addition, it focuses on diet and exercise to improve health and prevent disease. It
also includes techniques like meditation to help with stress and anxiety.
It also incorporates a wide range of alternative medicines, including yoga and
massage. Many physicians use these methods in conjunction with conventional
treatment to treat patients with chronic ailments and other medical conditions.
Cells Have a Unique Therapeutic Potential
The field of biomedical science has witnessed two significant revolutions, the first in
the small-molecule era and the second in the biologics era. During both eras,
molecules based on naturally occurring entities such as small molecules and
proteins were at the forefront of drug development. Then, as synthetic chemistry
and protein engineering gained prominence, engineered drugs began to dominate,
bringing pharmacologically advanced molecules with greater pharmacokinetic (PK)
and pharmacodynamic (PD) control and reduced toxicity.
Today, cells are the third pillar in therapeutic innovation. They have a set of
therapeutic capabilities that are distinct from those of small molecules and biologics:
they sense diverse signals, migrate to specific sites in the body, integrate inputs and
execute complex response behaviors. These attributes could be harnessed to
address a broad spectrum of human diseases and enable tissue regeneration and
repair.

But despite these potential advantages, cell-based therapeutics remain subject to a
number of challenges. The main ones are the difficulty of generating cells in large
quantities and of achieving their replication in vivo, the lack of a reliable cellular
control mechanism and the occurrence of off-target effects.
This is why the development of cell-based therapeutics requires a new paradigm in
the treatment of human diseases. For the foreseeable future, cell-based therapies
will be limited to a small number of therapeutic applications.
There are several areas of human disease where this third pillar is particularly well
suited to address critical unmet needs, as detailed below:
Inflammatory Diseases

As described above, cells can be engineered to sense and respond to a variety of
signals from different tissues, organs and cells in the body. This allows them to
target inflammation, autoimmunity and cancer. Moreover, these cells are less likely
to have off-target effects because they are able to selectively recognize and migrate
toward specific signals that can activate the desired responses.