Technique for quantiating biological markers using quantum resonance interferometry
First Claim
1. A technique for determining viral load within a patient sample applied to an arrayed information structure, where the arrayed information structure has a plurality of elements that emit data indicative of viral load, based on digitized output patterns from the arrayed information structure, comprising the steps of:
- interferometrically enhancing the output patterns to cause interference between the output patterns and a reference wave; and
analyzing the interferometrically enhanced output patterns to identify data indicative of viral load to determine viral load.
3 Assignments
0 Petitions
Accused Products
Abstract
A technique is described for quantitating biological indicators, such as viral load, using interferometric interactions such as quantum resonance interferometry. A biological sample is applied to an array information structure that has a plurality of elements that emit data indicative of viral load. A digitized output pattern of the arrayed information structure is interferometrically enhanced by generating interference between the output pattern and a reference wave. The interferometrically enhanced output pattern is then analyzed to identify emitted data indicative of viral load which in turn is used to determine viral load.
-
Citations
21 Claims
-
1. A technique for determining viral load within a patient sample applied to an arrayed information structure, where the arrayed information structure has a plurality of elements that emit data indicative of viral load, based on digitized output patterns from the arrayed information structure, comprising the steps of:
-
interferometrically enhancing the output patterns to cause interference between the output patterns and a reference wave; and
analyzing the interferometrically enhanced output patterns to identify data indicative of viral load to determine viral load. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10)
calculating values representative of a pre-selected Hamiltonian function;
calculating harmonic amplitudes for the Hamiltonian function;
generating an order function from the Hamiltonian;
function measuring entrainment states of the order function; and
modulating the order function using the entrainment states to yield the expressor function.
-
-
7. The technique of claim 2 wherein the arrayed information structure is a microarray.
-
8. The technique of claim 1 wherein the arrayed information structure embodies measurements selected from a group comprising:
- intensity, amplitude, and phase.
-
9. The technique of claim 1 wherein the analysis step comprises the step of mapping the interferometrically enhanced output pattern to coordinates on a viral diffusion curve.
-
10. The technique of claim 9 wherein the mapped coordinates are non-linearly filtered.
-
11. A system for determining viral load within a digitized image of a biological sample measurement taken from a microarray comprising:
-
an interferometric unit configured to generate an interference between the digitized image and a reference wave to enhance the digitized image; and
an analysis unit for analyzing the interferometrically enhanced digitized image to determine viral load. - View Dependent Claims (12, 13, 14, 15, 16, 17, 18)
-
-
19. A system for determining the level of a biological indicator within a patient sample applied to an arrayed information structure, where the arrayed information structure emits data indicative of the biological indicator, based on digitized images of the arrayed information structure, comprising:
-
signal processing means for generating interference between the digitized image and a reference wave to enhance the digitized image; and
analysis means for analyzing the enhanced digitized image to determine the level of the biological indicator.
-
-
20. A system for determining the level of a biological indicator within a patient sample applied to an arrayed information structure, where the arrayed information structure emits data indicative of the biological indicator, based on digitized output patterns from the arrayed information structure, comprising:
an interferometric unit configured to generate an interference between the digitized image and a reference wave to enhance the digitized output pattern; and
an analysis unit for analyzing the interferometrically enhanced digitized output pattern to determine the level of the biological indicator.
-
21. A system for determining the level of a biological indicator within a patient sample applied to an arrayed information structure, where the arrayed information structure emits data indicative of the biological indicator, based on digitized output patterns from the arrayed information structure, comprising:
-
an interferometric unit configured to generate an interference between the digitized output pattern and a reference wave to enhance the digitized output pattern; and
an analysis unit for analyzing the interferometrically enhanced digitized output pattern to determine the level of the biological indicator.
-
Specification