Seeking the development of abscisic acid against cancer                                         
SOME EXTERNAL LINKS RELATED WITH THE ABA CANCER RESEARCH
 


-ABA cancer cell normalization, differentiation and apoptosis
Hong T et al.2006
(Chengdu Invention Translation)
Zhao H.W et al. 2007.
Zhao H.W et al. 2008.

-ABA and human hepatocarcinoma cells
Ma Qiu-ye et al. 2006
Lu Y.G et al. 2007.
Lu Y.G et al. 2008. 

-ABA and oral squamous cell carcinoma
Zhao H.W et al. 2007
Zhao H.W et al. 2008
Hong T et al. 2006

-ABA and prostate cancer
Hong T et al. 2006
Ehrhorn Kruse M. 2006

-ABA and leukemia
Hong T et al. 2006
Ehrhorn Kruse M. 2006

-ABA and colon cancer
Ehrhorn Kruse M. 2006

-ABA and cervical cancer
Ehrhorn Kruse M. 2006

-ABA and breast cancer
Sheth D.B 2012

-ABA and inhibition of angiogenesis and reduction of the expression of Ki67(cancer cellular marker of proliferation)
Hong T et al. 2006

-ABA and the expression of Caspase 3 mRNA
Zhao H.W et al. 2008 

-ABA and the hormone of cancer (hCG)
Ehrhorn Kruse M. 2006
Livingston V 1976.

-ABA and granulocytes, and, released as a cytokine
Bruzzone S et al. 2007.
Bruzzone S et al. 2011.
Sturla et al. 2009.
Grozio A et al. 2011.

-ABA and monocytes
Guri A.J et al. 2008
Magnone M et al. 2009
Grozio A et al. 2011

-ABA and macrophages
Guri A.J et al. 2010
Guri A.J et al. 2010
Magnone M et al. 2011

-ABA and lymphocytes
Zocchi E et al. 2008.
Guri A.J et al. 2010.

-ABA and stimulation of prostaglandins (PEG2)
Scarfi S et al. 2008.

-ABA and immune cells, and stimulation of other cytokines as (Nitric Oxide and TNF-alpha).
Zocchi E et al. 2008.

-ABA and human pancreatic cells, and, insulin release
Guri A.J et al 2007.
Bruzzone S et al 2008.

-ABA and adipocytes cells, and, obesity
Guri A.J et al. 2007.
Guri A.J et al. 2010.
Bassaganya-Riera J et al. 2007.
Bruzzone S et al. 2011.

-ABA and artherosclerosis reduction
Magnone M et al. 2009.
Guri A.J et al. 2010.

-ABA and mesenchymal stem cells
Scarfi S et al. 2008.

-ABA and hematopoietic cells
Scarfi S et al. 2009.

-ABA and hypertension, and, vascular inflammation
Bassaganya-Riera J et al. 2011.

-ABA and inflammatory bowel disease (IBD)
Guri A.J et al. 2010.
Guri A.J et al. 2011.

-ABA and viruses
Rakic B. 2007.
Ergun E et al. 2008.
Hontecillas R et al. 2012.

-ABA and nervous system
Broyless R.H et al.2006.
Bodrato N et al. 2009.
Bae Hyun Su et al. 2010.
Jiang S.X et al. 2010.
Romero G. 2013.
Pidoplichko V.I et al.1994.
Le Page-Degyvry M.T et al. 1986.




ABA News 04/11/14

It has been patented a new application of abscisic acid against cancer, which was filed on January 2013 (the solid formulation), see the access page:

Notice of Allowance


ABA News 01/06/2014

The Van Andel Research Institute studies the structure and function of proteins that have a central role in cellular signaling. One of the three areas of focus is the plant abiotic stress hormone Abscisic Acid (receptors and key signaling proteins). This knowledge will allow a rational design of drugs against diabetes, cancer and neurological diseases. See link:

Karsten Melcher


ABA News 11/20/2013


Lately ABA research of University of Genova: Abscisic Acid: A New Mammalian Hormone Regulating Glucose Homeostasis. Messenger: Vol 1, 141-149. 2012.

Bruzzone S et al. 2012

ABA News 09/07/2013


It has been identified and characterized interactions between abscisic acid and human heat shock proteins by the Plant Biotechnology Institute in Canada. See link:

Karencho O.A et al. 2013.

The expression of Heat Shock Proteins (HSP) is increased when cells are exposed to elevated temperatures or other stresses. Expression of HSP is triggered by exposure to different kinds of environmental stress conditions such as infection, inflammation, excercise, toxin exposure, starvation, hypoxia and water deprivation. An interaction between ABA and HSP's denotes a tied correlation between ABA and human stress. In 2007 and 2008, it has been established an important role of HSPs in cancer recognition, see background references:

Heat Shock Proteins   


ABA News 08/30/2013

Investigations of Dr. B.F Volkman and team from the Medical College of Wisconsin might conduct to interesting conclusions about the immunological signaling of the human immune system, related to chemokines and small molecules as abscisic acid (ABA). See link:

Professor B.F Volkman 

According to the ABA and Immune Cells page of this website, a release of interferon-gamma and chemokines originated from an immune response in normal bodies could induce the signaling for the activation and absorption of ABA in immune cells.

ABA News 08/30/2013

The PhD Thesis of Sheth D.B, from Saurashtra University in India, titled “Investigation into pharmacological profile and mechanism of action of abscisic acid with reference to it's possible therapeutic usefulness", points out that, abscisic acid (ABA) exhibited potent anti-cancer activity in-vitro cell line study. He observed that, abscisic acid exerts cytotoxic action in both, ER positive (MCF-7) as well as ER negative (MDA-MB 468) breast cancer cell line studies.He concluded that, pharmacologically abscisic acid is a therapeutically promising phytohormone with beneficial effects in ailments like diabetes mellitus and cancer along with a high safety profile. See the extensive peer-reviewed journal articles referenced. See link:

Sheth D.B PhD Thesis

ABA News 07/22/2013

Invention application Number 13/506,263 titled "Abscisic Acid against Human Stress and Mental Diseases". See the abstract and invention by following the below links:

www.abacancerfoundation.com

www.abscisicacidandhumanstress.com


NOTICE OF ALLOWANCE




ABSCISIC ACID MEDICAL REFERENCES AND RESEARCH

SEE ABA INTRODUCTION

SEE ABA RESEARCH PROJECT

Abstract of Abscisic acid against cancer inventions:

Continued patent application number US 2010/0172977 (A1)
Regular patent application number US 2006/0292215 (A1)

Abscisic acid (ABA) a naturally occurring plant hormone has been identified in this invention with potent properties to fight cancer. ABA is able to produce a hyperpolarization condition on plasma membrane through a decrease of intracellular Na+ and K+. Such phenomenon is produced in cancer cells by mediation of ion channel and activation of the signalling G-protein pathway. ABA aborting sustained depolarization in malignant tissue will produce a change in the configurational state of cell from a damage to a normal state. Additionally, a positive polarization of hCG outer layer accomplished through a removal of electrons will permit immune system cells coming close to cancer cells for destruction.




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