| Bibliography
De Leo
A., & Camarrone V. (1968). Ascorbic acid content of developing
flowers and bracteal leaves of various Aloe species. Lav.
Inst. Bot. Giardino Colon. Palermo, 23, 5 (Chem.
Abs. 73:363905n).
Diez-Martínez,
S. D. (1981). La Zabila. Communicado No. 46 sobre recursos
bióticos potenciales del país. INIREB,
Mexico.
Dioscordes,
Pedianos. (78 AD). Quoted by Reynolds , Gilbert W. (1966,
September). The Aloes of Tropical Africa and Madagascar.
Djeraba,
A., et al. (2000). In vivo macrophage activation in chickens
with Acemannan, a complex carbohydrate extracted from Aloe
vera. International Journal of Immunopharmacology, 22,
279-292.
Dyniock,
William. (1893). 1893 British pharmacographica indica on Aloe
vera. pharmacographica Indica, 111, 467-472.
Abstract:
This is a remarkable report on different species as published
by the British in the history of principal drug vegetable
origin that they found in India. Its century old origin
makes it a collector's item. It is not easy reading but
has some interesting history.
Edwards,
C. A., et al. (1987). Viscosity of food gums determined in
vitro related to their hypoglycemic actions. American
Journal of Clinical Nutrition,46, 72-77.
El Zawahry,
M., Hegazy, Rm. Rashad, & Helal, M. (1973). Use of aloe
in treating leg ulcers and dermatoses. Int. Journal of
Dermatology, 12(1), 68.
Evening
Mail. (2000, June 13). Health and life: Dear doctor. Birmingham
Evening Mail Birmingham, England.
Abstract:
Questions and answers regarding irritable bowel syndrome
and other gastric diseases.
Fairbairn,
J. W. (1952). Recent advances in the knowledge of the drugs
containing anthracene derivatives. Pharmaceutisch Weekblad,
87, 679-683.
Fairbairn,
J. W. (1964). The anthracene derivatives of medicinal plants.
Lloydia,27, 79-87.
Fantus,
B. (August 1922). Aloes as medicine. Journal of the American
Pharmaceutical Association, 11, 616ff.
Farkas,
Alexander. (1967). Aloe polysaccharide composition and its
preparation. United States Patent Office, 3,360,511,
patented December 26, 1967.
Abstract:
A method of reducing depolymerization and/or deterioration
of aqueous dispersions of aloe polysaccharide compositions
by the effects of bacteria, fungi and enzymes, comprising
mixing the aloe polysaccharide or its aqueous dispersion
with a gum selected from a group consisting of guar gum
and locust bean gum, either in dry form or in aqueous dispersions
of the gum.
Farkas,
Alexander (Dr.). (1963). Topical medicament including polyuronide
derived from Aloe. Chemical Abstracts, 60, 378g-379a.
Patent on one of the active ingredients of Aloe vera, U.S.
Patent No. 3,103,466, received on September 10, 1963. Claim
was filed on December 23, 1954.
Abstract:
The product, while quickly relieving pain, particularly
from burns, appears thereby to have an analgesic and anesthetic
effect; particularly in the type of healing rapidly promoted
by the composition, it appears to have a detoxifying effect
that may be the results of the reducing action inherent
in the polyuronide without causing irritation, because burns,
even second and third degree burns, become healed unusually
rapidly, and the skin re-forms with rapid granulating, without
scab formation.
Farnsworth,
Norman R., & Morris, Ralph W. (1976, March-April). Higher
plants: The sleeping giant of drug development. American
Journal of Pharmacy, 46-52.
Abstract:
The main thrusts of this article are to point out the value
of drugs derived form higher plants, to point out the importance
of these drugs to physicians, and to suggest several reasons
why higher plants essentially are being neglected in new
drug development research programs.
Feil,
C. (1980). Aloe Cosmetics. Bestways ( USA), August,
1980, 108.
Feizi,
T. (1987). Significance of carbohydrate components of cell
surfaces, autoimmunity and autoimmune disease, Ciba Foundation
Symposium 129, 43-58, Wiley, Chichester.
Finbar,
Magee (Dr.). (2002, November 6). Health watch: Alternative
path: Aloe, aloe what's all this then? The News Letter.
Belfast, Northern Ireland.
Abstract:
Lists some of the benefits of Aloe and also some of the
75 plus nutritional substances. "What is also apparent
is that the plant itself is better than the sum of the individual
components. In some way the synergistic balance out performs
isolated components."
Fine,
A. F., & Brown, S. (1938). Cultivation and clinical application
of Aloe vera leaf. Radiology, 31(6), 735-736.
Flagg,
J. (1959, October). Aloe vera gel in dermatological preparations.
American Perfumer and Aromatics,74(4), 27-28, 61.
Flesch,
Peter (MD, PhD). (1959, January). Mucopolysaccharides in Human
Epidermis. The Journal of the Society of Cosmetic Chemists,
X(1), 154-159.
Abstract:
This paper deals with a component of the human epidermis,
the mucopolysaccharides. Experimental and clinical studies
indicate that these compounds are probably essential for
the synthesis of normal keratin. Certain types of hair loss
may be due to disturbances in the hypothetical mucopolysaccharide-keratin
metabolic chain.
Fmoin,
A. (N.D.). Nocturnal incontinence (urine dribbling) in children
treated by Aloe extract. Extract of Aloe, Supplement to
Clinical Data, by Medexport, USSR, Moscow.
Abstract:
Treatment of nocturnal incontinence in children by Aloe
vera.
Fortak,
Waldemar. (1964). Biostymin, extract of Aloe histologic and
histochemical studies on the influence of biostymin on regeneration
of hepatic parenchyma in white rats. Archivum Immunologiae
El Therapiae Experimentalis,12, 80-95.
Abstract:
A study on healing of injured white rats by a product developed
in Poland from Aloe juice, called Biostymin, meaning biogenic
stimulator, made from Aloe aborescens.
Fortak,
Waldemar, Karasek, Michal, & Kolaszynski, Jacek. (1964).
Biostymin: Aloe extract histologic and histochemical studies
on the mechanism of action of biostymin in the animal body.
Archivum Immunologiae El Therapiae Experimentalis,
12, 96-105.
Abstract:
This study was undertaken with the idea of elucidating,
by means of morphochemical methods, the effect of Biostymin
on the reticuleondothelial system of the spleen and the
action of the drug on the adrenals in white rats.
Foster,
G. B. (1961). Aloe Vera First Aid Plant. The Herb Grower
Magazine, 14, 16-23.
Foster,
G. B. (1965). Aloe again. Garden Journal, New York Botanical
Garden, 15, 239-240.
Foster,
G. B. (1973). Herbs for Every Garden, 2nd ed., New
York City: E. P. Dutton & Co., 96-99.
Foster,
Steven. (N.D.). Aloe vera: The succulent with skin-soothing,
cell-protecting properties.
Abstract:
general background and information on Aloe vera, specifically
discussing aloe as an immuno-stimulator, tumor inhibitor,
wound healer, cosmetic agent, and its use as a laxative
as well as information on growing aloe vera.
Fox,
Timothy R. (1990, December). Aloe vera: Revered, mysterious
healer. Health Foods Business, 45ff.
Abstract:
Part of a Consumer Education Series. Discusses the ability
to quickly and completely heal skin tissue.
Fujita,
Keisuke, Beppu, Hidehiko, Kawai, Kaoru, & Shinpo, Kan.
(1992, Winter). Ancient herb in new form delivers proven effects.
Aloe Today, 9-13.
Abstract:
Discusses proven effects of Aloe vera in treating burns,
gastric ulcers, and precancerous lesions.
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.
Fujita,
Keisuke, Ito, S., Teradaira, Ruojl, & Beppu, H. (1979).
Properties of a carboxypeptidase from Aloe. Biochemical
Pharmacology,28, 1261-1262.
Fukuda,
M., et al. (N.D.) Molecular Glycobiology, Oxford
University Press, 1-52.
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.
Gaby,
Alan R. (2004, October 1). Aloe vera for ulcerative colitis.
(Literature Review & Commentary). Townsend Letter
for Doctors and Patients.
Abstract:
Although previous studies have shown that Aloe vera extracts
have anti-inflammatory activity, this is the first study
to provide scientific support for Aloe vera as a treatment
for ulcerative colitis.
Galban,
E. S. (1952). Florida herbs and plants. Herbalist,18,
16-23.
Gale
Group. (1998, November 1). Aloe vera: Actually two very different
herbs in one. Environmental Nutrition.
Abstract:
Aloe gel and juice are distinctly different, with different
properties and uses.
Gale
Group. (2000, October 15). Cleopatra knew beauty benefits
of Aloe vera. Sunday Mail. Glasgow, Scotland.
Abstract:
Briefly discusses history and use of Aloe vera on the skin
and internally and specific reasons it benefits the body.
Gale
Group. (2004, November 1). Research links Aloe to bioavailability
of vitamins C and E. Nutraceuticals World.
Abstract:
Research has linked Aloe to the bioavailability of both
water- and fat-soluble vitamins, which remain elevated in
the bloodstream for 24 hours.
Gale
Group. (2005, November 1). Aloe vera coating for fruits and
vegetables. (Update). Engineering & Technology for
a Sustainable World.
Abstract:
Aloe vera gel as a healthy preservative coating on fruits
and vegetables. The gel also offers potential environmental
benefits.
Gasau-zade,
A. I., & Ali-zade, R. A. (N.A.). On application of Aloe
extract with Novocain in complex therapy of periodontosis
(amphodontosis). In Aloe Vera: New Scientific Discoveries
by Max B. Skousen.
Abstract:
Discusses application of Aloe extract with Novocain in treating
periodontosis.
Gates,
G. (1975, October). Aloe vera: My favorite plant. American
Horticulturist,64, 37.
Gerasisov,
A. (N.D.). Treatment of patients with pulmonary tuberculosis
by inhalation of Aloe extract. Extract of Aloe, Supplement
to Clinical Data, Medexport, USSR, Moscow.
Abstract:
There is no data in the literature on using aloe for inhalation;
the present communication presents results of the first
observation of this kind.
Gjerstad,
Gunnar. (1969). An appraisal of the Aloe vera juice. American
Perfumer and Cosmetics,84, 43-46.
Gjerstad,
Gunnar. (1971). Chemical studies of Aloe vera juice I: Amino
acid analysis. Advancing Frontiers of Plant Sciences,28,
311-315, (Biol. Abs. 54:33019).
Abstract:
The objective of this study was to ascertain the chemical
composition of this alleged wonder drug.
Gjerstad,
Gunnar, & Riner, T. D. (1968, March-April). Current status
of Aloe as a cure-all. American Journal of Pharmacy,140(2),
58-64.
Abstract:
Dr. Gjerstad notes that the general public accepts much
of what Aloe can do for them, but there needs to be more
scientific studies done.
Goff,
Sidney (PhD), & Levenstein, Irving (PhD). (1964). Measuring
the effects of topical preparations upon the healing of skin
wounds. Journal of the Society of Cosmetic Chemists,
15, 509-518.
Abstract:
Under controlled conditions, with the mouse as the experimental
animal, it has been shown that the tensile strength of a
standardized skin wound increased as the wound healed. The
effects of several preparations applied topically to the
standard wound were demonstrated by tensile strength measurements.
Goldberg,
H. C. (1944). The Aloe vera plant. Archives of Dermatology
and Syphilology,49, 46.
Gottshall,
R. Y., Lucas, E. H., Lickfeldt, Ardeth, & Roberts, J.
M. (1949). The occurrence of antibacterial substances active
against mycobacterium tuberculosis in seed plants. Journal
of Clinical Investigation,28, 920-923.
Abstract:
The antibacterial activity against M. tuberculosis, strain
H37, of 211 plant samples from 161 species belonging to
53 families of seed plants was determined by serial dilution
tests.
Gowda,
D. C., Neelisiddaiah, B., & Anjaneyalu, Y. V. (1979).
Structural studies of polysaccharides from Aloe vera. Carbohydrate
Research,72, 201-205.
Grayson,
T. H., & Linander, C. H. (1983). Aloe Vera’s
Golden Age, Graylin Enterprises.

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