Method of using electromagnetic absorption or perturbation spectra, to diagnose and detect abnormalities in cells, tissues and organisms
First Claim
1. A method for detecting an abnormal condition in nucleic acids, proteins, cells, tissues or organisms comprising:
- a. applying a signal of electromagnetic radiation generated as a series of harmonics to a normal or standard nucleic acid, protein, cell, tissue or organism so as to obtain a normal or standard spectrographic waveform pattern of the absorbance or perturbance of the radiation by the normal or standard object;
b. applying the same signal to a target nucleic acid, protein, cell, tissue or organism suspected of having an abnormality so as to obtain a spectrographic waveform pattern of the absorbance or perturbance of the radiation by the target object; and
c. comparing the spectrographic waveform pattern of the target object with the spectrographic waveform pattern of the normal or standard object to determine the presence or absence of an abnormal condition.
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Abstract
A method for the detection of normal or abnormal constituents in cells, tissues or organisms, including proteins and nucleic acids, is provided which comprises obtaining a spectrographic waveform pattern of the absorption or perturbation of electromagnetic radiation caused by a nucleic acid, protein, cell, tissue or organism suspected of having an abnormal condition and comparing the pattern with the spectrographic waveform pattern of the absorbance or perturbance of the same radiation by the normal or standard object so as to detect the presence or absence of the abnormality. The method can also be used in a number of diagnostic applications such as sorting of cells by conformational or other differences, such as male from female sperm cells. An apparatus is also provided for carrying out these methods.
18 Citations
20 Claims
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1. A method for detecting an abnormal condition in nucleic acids, proteins, cells, tissues or organisms comprising:
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a. applying a signal of electromagnetic radiation generated as a series of harmonics to a normal or standard nucleic acid, protein, cell, tissue or organism so as to obtain a normal or standard spectrographic waveform pattern of the absorbance or perturbance of the radiation by the normal or standard object;
b. applying the same signal to a target nucleic acid, protein, cell, tissue or organism suspected of having an abnormality so as to obtain a spectrographic waveform pattern of the absorbance or perturbance of the radiation by the target object; and
c. comparing the spectrographic waveform pattern of the target object with the spectrographic waveform pattern of the normal or standard object to determine the presence or absence of an abnormal condition. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8)
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9. A method for differentiating and separating male and female sperm cells comprising:
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a. obtaining an animal ejaculate and dividing the ejaculate into portions to be scanned with a signal of electromagnetic radiation generated as a series of harmonics;
b. scanning said portions of the ejaculate with a signal of electromagnetic radiation generated as a series of harmonics and determining the percentage of male and female sperm cells in the scanned portion by comparing the spectrographic pattern of the absorbance or perturbance of the signal in the scanned portion with the known spectrographic pattern made from an ejaculate having equal numbers of male and female sperm cells;
c. separating those portions which have a predominant amount of male or female sperm cells; and
d. repeating the above steps and collecting the ejaculate portions containing sperm cells of predominantly one sex until a desired percentage of sperm cells of that sex is obtained. - View Dependent Claims (10)
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11. A method of determining the presence or absence of a particular conformations of atomic and molecular structures comprising scanning said structures with a signal of electromagnetic radiation at wave lengths that can permit in-vivo examination, and identifying said conformations by observing the absorption or perturbation of higher frequency harmonics up to and including the tera hertz frequencies of the transmitted signal using Fourier transforms of both the transmitted and received signal following scanning of the structures.
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12. A method of diagnosing a tumorous condition in a patient comprising:
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a. applying a signal of electromagnetic radiation to a sample known to reflect a tumorous condition so as to establish a standard spectrographic waveform pattern of the absorbance or perturbance of the electromagnetic radiation of the known sample indicative of a tumorous condition;
b. applying the same signal to a target tissue suspected of having a tumorous condition so as to obtain a spectrographic waveform pattern of the absorbance or perturbance of the electromagnetic radiation in the tissue to be tested; and
c. comparing the spectrographic waveform pattern of the tested tissue with the pattern given by the known tumorous pattern to determine the presence of absence of the tumorous condition. - View Dependent Claims (13)
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14. A method of identifying the presence or absence of substances in an object to be tested comprising transmitting an electromagnetic signal through a control object having known substances so as to create a standard absorption or perturbation spectrum for the object at a given wavelength, scanning the test object using the same electromagnetic signal so as to obtain an absorption or perturbation spectrum for the object to be tested, and comparing the changes in amplitude of the spectral pattern in the tested object so as to determine the presence or absence of substances as compared to the standard object.
- 15. A method of identifying the presence or absence of organisms of differing function comprising transmitting an electromagnetic signal of the principal frequencies through a sample suspected of containing such organisms and comparing the changes in amplitude of the received signal with a known result to determine the presence or absence of the desired organisms.
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17. A method of identifying the presence of an altered function in living organisms comprising transmitting an electromagnetic signal generated as a series of harmonics through a living organism suspected of having an altered function and determining amplitude changes at specific frequencies within the sub-microwave spectra following interaction with the organism.
- 18. A method of producing a dynamic three dimensional model of cell structure and components comprising applying a signal of electromagnetic radiation generated as a series of harmonics to said cell, receiving said signal, and transforming said signal using a Fourier transformer so as to obtain a spectrographic waveform pattern of the electromagnetic radiation which reflects a dynamic three dimensional model of the cell structure and components wherein the major components are represented by vortices.
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20. A method of drug templating of candidates for particular drug therapies comprising identifying a specific spectrum of a protein associated With a conformational abnormality linked with a disease by scanning said protein with electromagnetic radiation generated as a series of harmonics so as to obtain a spectrographic waveform pattern of the absorbance or perturbance of the radiation caused by said conformational abnormality, introducing a drug suspected of treating the disease to the abnormal protein and obtaining an electromagnetic scan of the protein after interaction with the drug, and determining the efficacy of said drug by comparing the conformation of the protein following treatment to determine if the conformational abnormality has been reversed in whole or part.
Specification