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Topic:Immunology

The equine immune system is a complex network of cells, tissues, and organs that work collaboratively to defend against pathogens and maintain homeostasis. It consists of innate and adaptive components, each with distinct functions and mechanisms. The innate immune system provides the first line of defense through physical barriers, phagocytic cells, and the complement system. The adaptive immune system involves lymphocytes, such as B cells and T cells, which generate specific responses to antigens and provide immunological memory. Research in equine immunology explores the interactions between these components, the impact of genetic and environmental factors on immune function, and the development of vaccines and therapeutics. This page gathers peer-reviewed studies and scholarly articles focusing on the mechanisms, regulation, and clinical applications of the equine immune system in health and disease.
Allergenic and anaphylactogenic properties of vaccines prepared from embryonic tissues of developing chicks; anaphylactogenic properties of typhus fever vaccines and equine encephalomyelitic vaccines.
Journal of immunology (Baltimore, Md. : 1950)    August 1, 1946   Volume 53 321-342 
COULSON EJ, STEVENS H.No abstract available
The incidence of natural diphtheria antitoxin in horses; its influence on the results of antigenic stimulus.
The Journal of hygiene    May 1, 1946   Volume 44 348 
BASU PN, ROY RN.No abstract available
The incidence of natural diphtheria antitoxin in horses: its influence on the results of antigenic stimulus.
The Journal of hygiene    May 1, 1946   Volume 44, Issue 5 348-349 
Basu PN, Roy RN.No abstract available
Abnormal precipitation of proteins from antitoxic horse plasma in the presence of phenolic compounds.
Nature    April 20, 1946   Volume 157 514 doi: 10.1038/157514a0
HARMS AJ.No abstract available
Complement-fixing and neutralizing antibodies against Japanese B virus in the sera of Okinawan horses.
Science (New York, N.Y.)    March 22, 1946   Volume 103, Issue 2673 357-359 
HODES HL, THOMAS L, PECK JL.No abstract available
Results of inoculating Okinawan horses with the virus of Japanese B encephalitis. THOMAS L, PECK JL.No abstract available
The recognition of material present in horse muscle affecting the formation of alpha-toxin by a strain of Clostridium welchii.
The Biochemical journal    January 1, 1946   Volume 40, Issue 3 400-406 doi: 10.1042/bj0400400
Rogers HJ, Knight BC.No abstract available
[Influence of bloodletting on the decrease in tan immunity in horses].
Bulletin de l'Academie de medecine    January 1, 1946   Volume 130, Issue 34-35 583 
LEMETAYER E, NICOL L.No abstract available
Physical, chemical and immunological properties of phosphorylated crystalline horse serum albumin.
Journal of the American Chemical Society    January 1, 1946   Volume 68 18-25 doi: 10.1021/ja01205a007
MAYER M, HEIDELBERGER M.No abstract available
[Comparative Ability Of Horses Not Previously Vaccinated and Horses Previously Vaccinated Against Tetanus To Produce Antitanolysin]. LEMETAYER E, NICOL L.No abstract available
Equine Infectious Anaemia: Attempted Vaccination with Crystal Violet Tissue Vaccine.
Canadian journal of comparative medicine and veterinary science    July 1, 1945   Volume 9, Issue 7 197-199 
Bankier JC.No abstract available
Infectious equine encephalomyelitis in the United States in 1944.
The North American veterinarian    July 1, 1945   Volume 26 392-394 
MILLER AW.No abstract available
Adsorptive function of the reticulo-endothelial system in virus infections (infectious encephalomyelitis and infectious anemia in horses).
Biulleten' eksperimental'noi biologii i meditsiny    January 1, 1945   Volume 20, Issue 9 12-15 
GINDIN AP.No abstract available
Comparative evaluation of the medicinal and prophylactic properties of the antitetanic and antigangrenous sera obtained from cattle and horses.
Zhurnal mikrobiologii, epidemiologii i immunobiologii    January 1, 1945   Issue 7-8 29-32 
SHCHEPETOV FN.No abstract available
[Immunochemical research on anthrax; quantitative study of the precipitation observed with certain extracts of B. anthracis and an anthrax serum from horses].
Annales de l'Institut Pasteur    January 1, 1945   Volume 71, Issue 11-12 385-393 
GRABAR P, STAUB AM.No abstract available
[Infectious anemia of equidae; accelerated passages of the virus by a sensitive organism].
Archives. Institut Pasteur du Maroc    January 1, 1945   Volume 3, Issue 7 476-479 
MARTIN LA.No abstract available
Experiments on the Transmission of an Icterogenic Agent in Yellow Fever Vaccine to Horses and Swine.
Journal of bacteriology    July 1, 1944   Volume 48, Issue 1 45-69 doi: 10.1128/jb.48.1.45-69.1944
Carle BN, Dewhirst WH, Braun W, Eaton MD.No abstract available
Cross-immunity Studies: Between Venezuelan Equine Encephalomyelitis Virus and Eastern, Western, and Argentine Virus.
Canadian journal of comparative medicine and veterinary science    December 1, 1942   Volume 6, Issue 12 357-359 
Kubes V, Diamante A.No abstract available
Studies in Equine Encephalomyelitis: Susceptibility of Some Mammals and Birds.
Canadian journal of comparative medicine and veterinary science    November 1, 1941   Volume 5, Issue 11 314-319 
Mitchell CA, Walker RV.No abstract available
Equine Encephalomyelitis.
Canadian journal of comparative medicine (Gardenvale, Quebec)    May 1, 1939   Volume 3, Issue 5 131-133 
Gwatkin R.No abstract available
Intraperitoneal and Intracerebral Routes in Serum Protection Tests with the Virus of Equine Encephalomyelitis: I. A Comparison of the Two Routes in Protection Tests.
The Journal of experimental medicine    July 31, 1938   Volume 68, Issue 2 173-189 doi: 10.1084/jem.68.2.173
Olitsky PK, Harford CG.Young (12 to 15 day old) mice are approximately as susceptible to the virus of equine encephalomyelitis, Eastern or Western strain, when it is given intraperitoneally as are adult mice when the virus is injected intracerebrally. With this susceptibility by the intraperitoneal route as a basis, the injection of immune serum-virus mixtures intraperitoneally was found to result in protection in dilutions which give rise to infection after intracerebral inoculation. The difference of protective power by the two indicated routes was shown not to depend on the amount of inoculum nor on the age of th...
Protective Vaccination of Horses with Modified Equine Encephalomyelitis Virus.
Science (New York, N.Y.)    June 7, 1935   Volume 81, Issue 2110 572 doi: 10.1126/science.81.2110.572
Traub E, Broeck CT.No abstract available
COMPARATIVE STUDIES ON THE VIRUSES OF VESICULAR STOMATITIS AND EQUINE ENCEPHALOMYELITIS (1).
The Journal of experimental medicine    January 31, 1934   Volume 59, Issue 2 159-171 doi: 10.1084/jem.59.2.159
Olitsky PK, Cox HR, Syverton JT.We have studied certain properties, additional to those previously described (3), of the virus of vesicular stomatitis of horses, and of the characteristic biological reactions of the virus of equine encephalomyelitis. It has been found that the virus of stomatitis, ordinarily dermotropic, can acquire neurotropism and the neurotropic encephalomyelitis virus can, in turn, be rendered dermotropic in its action. The neurotropism in both instances is associated with definite, although not pronounced, viscerotropism. Both viruses can bring about a similar infection in the white mouse, rat, guinea p...
Respiratory Infection in Equine Encephalomyelitis.
Science (New York, N.Y.)    July 14, 1933   Volume 78, Issue 2011 41-42 doi: 10.1126/science.78.2011.41
Vawter LR, Records E.No abstract available
THE PRODUCTION AND TITRATION OF POTENT HORSE ANTIPNEUMOTOXIN.
The Journal of experimental medicine    June 30, 1929   Volume 50, Issue 1 103-107 doi: 10.1084/jem.50.1.103
Parker JT, McCoy MV.1. The serum of horses immunized with increasing doses of certain anaerobically produced autolysates of pneumococci contain potent neutralizing antibodies for the pneumotoxin. 2. The method for the in vitro titration of these horse antipneumotoxic serums is given.
The Relationship of the Flavobacterium Ophthalmiae to Periodic Ophthalmia in Horses.
Transactions of the American Ophthalmological Society    January 1, 1929   Volume 27 131-148 
Woods AC, Burky EL.No abstract available
The Precipitin Reaction of Antipneumococcus Sera: II. The Ratio of Precipitin to Protective Antibody.
The Journal of experimental medicine    January 1, 1928   Volume 47, Issue 1 79-89 doi: 10.1084/jem.47.1.79
Friedlander M, Sobotka H, Banzhaf EJ.The precipitin indices for a number of monovalent and polyvalent antipneumococcus sera were determined under known conditions, and found to vary as did the number of protective units. The ratio precipitin index/protective units in monovalent sera was found to lie between 2.8 and 4.8 for Type I and to be about ten times greater for Type III. Lower values were found in polyvalent horses and when mixing heterologous monovalent sera with each other. The influence of the duration of treatment upon the quotient was studied. Several refined and concentrated preparations showed a relative increase in ...
A Study of Pneumococci Isolated from Horses Undergoing Pneumococcus Immunization.
The Journal of experimental medicine    April 30, 1927   Volume 45, Issue 5 787-797 doi: 10.1084/jem.45.5.787
Wadsworth AB, Sickles GM.IT HAS BEEN SHOWN THAT THE PNEUMOCOCCUS MULTIPLYING IN THE TISSUES OF THE IMMUNIZED ANIMAL (HORSE) BECOMES ATTENUATED: loses, in varying degrees, its virulence, capacity of capsule formation, susceptibility to phagocytosis, and type specificity. The antigenic activity as an immunizing agent and the production of "soluble specific substance" are also altered. In some instances, the typical pneumococcus characteristics may be quickly restored by one or two passages through a susceptible animal (mouse). In others, virulence is not recovered and the organism remains atypical. Whether these changes...
The Occurrence of Degraded Pneumococci in Vivo.
The Journal of experimental medicine    April 30, 1927   Volume 45, Issue 5 807-814 doi: 10.1084/jem.45.5.807
Reimann HA.It is conceivable that a change from the virulent, non-phagocytable S form of Pneumococcus to the avirulent phagocytable R form may take place in pneumococcus disease, but the experiments here reported do not settle the question whether or not this is an important factor in determining the outcome in natural infection. It has been shown experimentally that the degradation from the S form to the R form actually does take place in cultures of Pneumococcus growing in agar subcutaneously embedded in guinea pigs, in agar enclosed in vials subcutaneously embedded in rabbits, and spontaneously in the...
A Specific Flocculation Reaction Occurring Between Alcoholic Extracts of Pneumococci and Antipneumococcus Serum.
The Journal of experimental medicine    January 31, 1927   Volume 45, Issue 2 227-241 doi: 10.1084/jem.45.2.227
Jungeblut CW.1. A flocculation reaction has been described which occurs between alcoholic extracts of pneumococci and antipneumococcus serum. 2. The reaction appears to be species-specific. It is not strictly type-specific, as slight or moderate cross-reactions occurred between Type I serums and Type II and Type III extracts. 3. The flocculating power of the serum from five horses undergoing immunization with pneumococcus, Type I, did not develop to any extent before the end of the 4th or 5th month. 4. In the case of two of these horses in which it was possible to carry out parallel tests on a larger numbe...