| Bibliography By Topic
ANTI-INFLAMMATORY
PROPERTIES
Davis,
Robert H. (PhD), Di Donato, Joseph J. (BA, BS), Hartman, Glenn
M. (BS), & Haas, Richard C. (BA). (1992). Mannose-6-phosphate:
Anti-inflammatory and activity of a growth substance in Aloe
vera. Submitted for 1993 William J. Stickle Award.
Abstract:
This study attempts to define the role of the two major
sugar constituents in the Aloe plant, mannose and glucose.
We analyzed these sugars in the phosphorylated form. The
significance of this study lies in the ability of the phosphorylated
sugars to fit the growth factor receptors on the surface
of the fibroblast.
Davis, Robert H. (PhD), Parker, William L. (BA), & Merdock,
Douglas P. (Bsc). (1991, January). Aloe vera as a biologically
active vehicle for hydrocortisone acetate. Submitted
for the 1989 William J. Stickel Awards.
Abstract:
This study attempts to use Aloe vera with hydrocortisone
acetate to improve the effectiveness of this type of therapy.
Inflammation is a major component of many of the conditions
treated by the podiatrist. The significance of this study
lies in the ability to increase steroid potency by using
a natural substance.
Davis, Robert H. (PhD), Di Donato, Joseph J. (BA, BS), Hartman,
Glenn M. (BS), & Haas, Richard C. (BA). (1994, February).
Anti-inflammatory and wound healing activity of a growth substance
in Aloe vera. Journal of the American Podiatric Medical
Association, 84(2), 77-81.
Abstract:
Aloe vera improves wound healing and inhibits inflammation.
Since mannose-6-phosphate is the major sugar in the Aloe
gel, the authors examined the possibility of its being an
active growth substance. Mice receiving 300 mc/kg of mannose-6-phosphate
had improved wound healing over saline controls. This dose
also had anti-inflammatory activity. The function of mannose-6-phosphate
in A. vera is discussed.
Davis, Robert H. (PhD), Rosenthal, Kenneth Y., Cesario, Linda
R., & Rouw, Gregory A. (1989, August). Processed Aloe
vera administered topically inhibits inflammation. Journal
of the American Podiatric Medical Association,79(8),
395-397.
Abstract:
Aloe vera preparations were evaluated for topical anti-inflammatory
activity using the croton oil-induced edema assay. These
results may be used as a baseline to assess the biologic
activity of A. vera in the treatment of inflammation by
podiatric physicians.
Davis, Robert H. (PhD), Leitner, Mark G. (RPh), & Russo,
Joseph M. (BA). (1987, November). Topical anti-inflammatory
activity of Aloe vera as measured by ear swelling. Journal
of the American Podiatric Medical Association, 77(11),
610-612.
Abstract:
The authors believe that this study provides a major breakthrough
for Aloe and an effective treatment against inflammation
for podiatrists.
Davis, Robert H. (PhD), Shipiro, Eugene, & Agnew, Patrick
S. (1985, May). Topical effect of Aloe with ribonucleic acid
and vitamin C on adjuvant arthritis. Journal of the American
Podiatry Association, 75(5), 229-237.
Abstract:
The anti-inflammatory and anti-arthritic topical activity
of combined ascorbic acid, aloe extract, and RNA in hydrophilic
cream were evaluated in this study. The results may provide
an effective topical treatment for rheumatoid arthritis.
Fujita, Keisuke, Suzuki, I., Ochiai, J., Shinpo, J., Inoue,
S., & Saito, H. (1978). Specific reaction of Aloe extract
with serum proteins of various animals. Experientia,34,
523-524.
Abstract:
This report details a very interesting approach to explain
the effectiveness of Aloe on healing wounds and being anti-inflammatory.
They found that there were some biologically active proteins
contained in Aloe and that these may be involved in the
healing process.
Fujita, Keisuke, Teradaira, Ryon, & Nagatsu, Toshiharu.
(1976). Bradykinase activity of Aloe extract. Biochemical
Pharmacology, 25, 205.
Abstract:
As pharmacological evidence for the anti-inflammatory action
of aloe, we have found that aloe extract contains bradykinase
activity.
Furta, Keisuke, & Teradaira, Ryon. (N.D.). Bradykinase
activity of Aloe extract. In Aloe Vera: New Scientific
Discoveries by Max B. Skousen, 61-63.
Abstract:
Technical report from Japanese source. The paper deals with
the anti-inflammatory activity of Aloe vera and shows a
very encouraging indication for reducing inflammation in
wounds.
Jia, Qi (Dr.). Research focuses on chromones in Aloe.
Univera Pharmaceuticals, Inc.
Abstract:
Dr. Qi Jia of Univera Pharmaceuticals investigates the role
chromones may play in the anti-inflammatory effects Aloe
displays.
Obata, Masafumi, Ito, Shosuke, Beppu, Hidehiko, Fujita, Keisuka,
& Nagatsu, Toshiharu. (N.D.). Mechanism of anti-inflammatory
and anti-thermal burn action of Aloe arborescens Mill. var.
natalensis Berger. Fujita Health University, Japan,
19-28.
Abstract:
Carboxypeptidase (Cpase) was partially purified from Kidachi
aloe (Aloe Arborescens Mill. var natalensis Berger) by FPLC
system, and was administered intravenously to female ICR
mice with inflammation. The enzyme preparation revealed
significant effects on alleviation of pain and inhibition
of vascular permeability in abdominal region. It also revealed
an anti-thermal burn action on rat's hind paws, when it
was administered to female Wister rat intravenously.
Sarkar, D., Dutta, A., Das, M., Sarkar K., Mandal, C., Chatterjee,
M. (2005, November 1). Effect of Aloe vera on nitric oxide
production by macrophages during inflammation. Indian
Journal of Pharmacology.
Abstract:
AVL possesses acute and chronic anti-inflammatory activity,
which is partly mediated by reduced production of NO, which
in turn prevents the release of inflammatory mediators.
Tizard, Ian (Dr.). (N.D.). Aloe-derived carbohydrates reduce
inflammation by blocking neutrophil emigration mediated by
certain beta integrins. Texas A&M University, Consultant
for Carrington Laboratories.
Abstract:
This abstract presented by Dr. Ian Tizard of Texas A&M
University reveals the effects Aloe has on inflammation.
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