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Current Research: Integrative Medicine

Notes:

CAM Therapies 2017

September 18-19, 2017 Charlotte, USA

5

th

International Meeting on

Complementary and Alternative Medicine & Therapies

Potential of natural biflavanones from traditional medicinal plants as novel drugs leads:

Garcinia buchananii

stem bark extract and derivative 3, 8″-linked biflavanones

Onesmo B Balemba

1

, Timo D Stark

2

, Dorah J Mtui

1

, Jakob Magolan

1

and

Thomas Hofmann

2

1

University of Idaho, USA

2

Technische Universität München, Germany

M

edicinal plants have served as the mainstay of traditional medicine for numerous centuries, and are a

rich source of modern/western medicine. However, herbal extracts and refined preparations have

limited use in modern medicine due to lack of knowledge about bioactive molecules, mechanisms of action,

effectiveness, quality, bioavailability, safety, availability, preservation and regulatory policies. Nonetheless,

herbal therapy is still extensively used in developing countries, and is likely to increase in developed countries.

Extracts and refine preparations from Garcinia trees are widely used to treat numerous illnesses globally. In

Africa,

Garcinia buchananii

stem bark extracts (GBB) are ingested to chronic diarrhea, dysentery, abdominal

pain, inflammation and diabetes. We are investigating GBB to define the active compounds, their mechanisms

of action, bioavailability, effectiveness and safety. Our findings support indigenous knowledge that GBB is

antinociceptive and antidiarrheal remedy. Furthermore, like opiates, GBB acts by inhibiting neurotransmission

in the gut, and appears to have similar efficacy as loperamide suggesting it is effective in shorten the duration

of diarrhea. GBB can be refined into biflavanones-rich fractions that retain properties of GBB. Research shows

that flavanones are abundant in herbal extracts used to mitigate diarrheal illnesses and accompanying pain, and

chronic illnesses. Collectively, our research findings and those of other investigators highlight the therapeutic

potential of biflavanones, and suggest that flavanones are promising leads for the development of novel therapies.

Also, our findings demonstrate the unmet challenges for utilizing herbal extracts, fractions and pure molecules

to improve human and animal health, and the need for multidisciplinary, team-based approach to break these

barriers.

Biography

Onesmo B Balemba research focuses on the pathophysiology of diseases that affect gastrointestinal (GI) functions. His aim is to gain a better understanding of

neuromuscular and immune system host responses in diabetes, and infectious diarrhea, and therapeutic strategies for these conditions. He works at Department

of Biological Sciences, University of Idaho, Moscow, USA.

obalemba@uidaho.edu