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| Immunotherapy |
A preliminary analysis of their immuno-mechanisms of action is
discussed. The preclinical murine models first tested with CaPterin and
dipterinyl calcium pentahydrate (DCP), a dimerized version of CaPterin, were
four murine breast tumor models. These four models included: C3H/HeN-MTV+
female mice with spontaneous mammary gland adenocarcinomas; Mammary EMT6
allografts implanted in nonimmune female Balb/c mice; MDA-MB-231 human breast
tumor xenographs in SCID mice; and MDA-MB-231 human breast tumor xenographs in
athymic nude mice. An analysis of the differing tumor responses in these breast
tumor models led to the determination that B-cell antibody-based antitumor
mechanisms were involved. A transgenic hepatitis B murine model and a
diabetes-induced obese (DIO) type 2 diabetes murine model were also tested with
DCP, giving positive results. Read more>>>>>>>

Easy
availability of herbal medicine has led to their increased use. This has
resulted to increased reports of their suspected toxicity and adverse events.
Such unwanted reactions can be due to side effects; reactions occurring as a result
of overdose, over duration, tolerance, dependence-addiction; hypersensitivity,
allergic and idiosyncratic reactions; mid-term and long-term toxic effects. It
is such reaction that necessitates toxicity evaluation.Mechanisms
of toxicity can present in several ways. One of them is on target whereby the
toxicant binds to a targeted receptor with unintended high affinity resulting
to untoward reaction. Off target is another mechanism whereby the toxicant
binds to unintended receptor resulting to unintended reaction.(Read More)
Cardiovascular
Disease (CVD) including stroke is one of the leading causes of death and
disability worldwide and an enormous economic burden to our societies. Based onthe latest statistics for heart and stroke disease released by the AmericanHeart Association in 2016, CVD is the leading global cause of death, accounting
for more than 17.3 million deaths per year, a number that is expected to grow
to more than 23.6 million by 2030. An estimated 83,600,000 adults in the United
State (US) (>30%) have one or more types CVD of whom more than 90% have
hypertension, 18% have Coronary Heart Disease (CHD), close to 10% have
Myocardial Infarction (MI) and 8% have stroke. The total direct and indirect
cost in the US alone for treatment of CVD (hospitalization, drugs, home
healthcare, etc.) and loss of productivity and morbidity totalled more than $315
billion US per year.

While there was a decline in cardiovascular mortality
reported in the American Heart Association 2014 update, the disease burden to
society remains high. Thus prevention by better diagnosis and treatment could
provide a huge saving for the health care cost worldwide. Despite advancement
in modern cardiovascular medicine, the prevalence of hypertension, Ischemic
Heart Disease (IHD) and stroke is still on the rise, particularly in
industrialized societies and in the elderly population, and finding an optimum
drug therapy to slow disease progression remains a therapeutic challenge.(Read more)