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allied

academies

CANCER THERAPY AND ONCOLOGY

NEUROLOGY AND BRAIN DISORDERS

&

International Conference on

International Conference on

J u n e 2 1 - 2 2 , 2 0 1 8 | O s a k a , J a p a n

Allied Journal of Medical Research

|

Volume 2

Page 15

Note:

Joint Event on

U

sing highly sensitive electromagnetic field (EMF) resonance

phenomena between 2 identical molecules with identical weight,

we can detect non-invasively any molecules existing inside the body

including any cancerswithout taking blood or biopsies. Themethodwas

developed at Graduate Experimental Physics Laboratory of Columbia

University. The method was used for detecting Organ Representation

Areas (ORA) of specific internal organs. This method is known as an

importantpartofthe4componentsofmethodknownasBi-DigitalO-Ring

Test (BDORT) for which US Patent was given. The author developed the

following different, non-invasive, diagnostic methods: 1a) Using ORA of

the face including eyebrows, nose, upper & lower lips by detecting visible

changes as well as invisible changes with corresponding biochemical

changes. For example, as visible change of malignancy, when specific

part of the eyebrow hairs become white in the early stage of the cancer

& along the development of cancer the hair disappears. Since the

author found different parts of the eyebrows represent specific internal

organs, for example if the hair in the lateral end part of the eyebrow

becomes white and hair starts disappearing, cancer in the stomach

or esophagus can be suspected. In the abnormal areas where there is

no hair, if there is a cancer there is always corresponding biochemical

changes such as increase of Oncogen CfosAb2 or Integrin α5β1 &

8-OH-dG which always increases in the presence of malignancy. If the

malignancy becomes more aggressive and begins to metastasize, DNA

mutilation is always increased and in the abnormal area, 8-OH-dGwhich

is proportional to DNA mutation, is always increased. 1b) Appearance

of deep crease. Typical example is deep, horizontal crease about 1.5cm

below the lower lip. If the BDORT of the deep crease is abnormal (-)7 or

higher (-) value, one can immediately suspect prostate cancer in men

and uterus cancer in women. 1c) Abnormal, round projection above the

chin often indicates if BDORT is (-)7 or higher (-) value, immediately

ovarian cancer can be suspected in women and malignancy of testes or

testes-related tissue. 1d) Appearance of discoloration such as brown

color at pancreas representation area. 1e) Invisible changes such as

abnormal, negative BDORT changes of (-)7 or higher (-) values so the

Biography

Yoshiaki Omura received Oncological Residency

training at Cancer Institute of Columbia University

& Doctor of Science Degree through research on

Pharmaco-Electro-Physiology of Single Cardiac

Cells

in-vivo

and

in-vitro

fromColumbia University.

He researched EMF Resonance phenomenon be-

tween 2 identical molecules for non-invasive de-

tection of various molecules, at Graduate Exper-

imental Physics Dept., Columbia University, for

which he received U.S. patent. He is also the cre-

ator of Bi-Digital O-Ring Test. He published over

280 original research articles, many chapters, &

9 books. He is currently Adjunct Prof. of Family &

Community Medicine, New York Medical College;

President & Prof. of Int’l College of Acupuncture

& Electro-Therapeutics, NY; Editor in Chief, Acu-

puncture & Electro-Therapeutics Research, Int’l

Journal of Integrative Medicine, (indexed by 17

major int’l Indexing Periodicals); Formerly, he was

also Adjunct Prof. or Visiting Prof. in Universities

in USA, France, Italy, Ukraine, Japan, Korea, & Chi-

na.

icaet@yahoo.com

EARLY, NON-INVASIVE, RAPID DETECTION

OF VARIOUS CANCERS BY 1) FACIAL ORGAN

REPRESENTATION AREAS (INCLUDING EYEBROWS,

NOSE, UPPER & LOWER LIPS), 2) MOUTH, HAND, &

FOOT WRITING FORM, 3) RAPIDLY CHANGING PART

OF QRS COMPLEX & RISING PART OF T-WAVE OF

ECGS, 4) ABNORMAL BDORT CHANGES AT THYMUS

GLAND REPRESENTATION AREAS

Yoshiaki Omura

New York Medical College, USA

Yoshiaki Omura, Allied J Med Res 2018, Volume 2