Research on Indirect Bi-Digital O-Ring Test for Domestic Farm

Animal proteins will be an important factor in the 21st century in order to deal with the world’s food predicament which is arising from an increasing population and other natural disasters. I was given the opportunity to examine Blanc Bleu Beige (Belgian Blue Herd or B.B.B.) breed of beef cattle which have an extremely healttsubahy rate of gain and are gaining international focus. 1 observed and studied at Currie Farm, owned and operated by David and Joanne Currie, located in Flightpath, Toronto, Canada, an importer of beef cattle. Currie Farm has adopted the Loosebam System as its method for breeding and there are 500 head of purbred and crossbred Blanc Bleu Beige.

Health care administration was done under the guidance of a Veterinarian specializing in beef cattle. Breeding techniques were managed by other members, such as Mrs. Currie (the secretary Manager of Blanc Bleu Beige Association of Canada). The Bi-Digital O-Ring Test (indirect) originally developed by Prof. Omura, Y. of New York was implemented under the supervision of both of these aforementioned parties.

In the Bi-Digital O-Ring Test’s method of examination, Dr.Hayakawa, who assisted in the studies, acted as the third person and the speaker (Matsubara) acted as the examiner. After fulfilling the three necessary conditions which are stipulated under this examination method, the environmental conditions under which the examination is performed were readied.

First, two specimens of good health were diagnosed. One was a male Belgian Blue Herd weighing 250kg, and the other was a female crossbreed specimen weighing 300kg. The 3rd person took the 1-2 fingers and the Examiner used the 1-11 finger, taking the +1 finger.

The results are as follows:

1 )Thymus gland average = Male -3.25, Female -2.75 2)Trachea average = Male +2.7,Female +3.2 3)Lungs average = Male +3.25,Female+2.50 4)Heart average =Male+2.75,Female+3.25 The two test specimens were not only clinically healthy but also proved healthy in the BiDigital O-Ring Test.

Testing of invalid (sickly) cows selected as specimens by the Currie Farm in house Veterinarian. Notification as given by the Veterinarian ;

Male Belgian Blue Herd weighing 300 kg, slightly dehydrated, loss of vigor and appetite, medium grade fever, and medium grade symptoms diarrhea. The environment in which the examination was performed was an area with concrete flooring, which was covered with a sufficient amount of straw chips. Grounding was avoided. The 3rd person once again utilized the 1-2 fingers with the Examiner also using the same 1-11 finger. Stimulation was Class 2 and a MAX-Output < I mW Laser Pointer, 670nm was used.

Test results are as follows : 1)Thymus gland average = -1.50 2)Trachea average =-2.13 3)Lungs average =-2.65 4 )Heart average =-3.12

This invalid (sickly) specimen was exposed to cold winds and rain five days prior to testing. Symptoms such as bronchopneumonia, fever and coughing continued. A pre-examination showed that the specimen was working toward recovery aided by antibacterial medication, transfusion of Ringer solution, and vitamins. In the future, we expect to derive an even better examination method using different types of pharmaceuticals and organ tissues samples places within microscopic slides. At the same time, it is hopeful that an organ imaging method specifically for animals can be developed.