US 2026/0279486 A1 · METHODS AND COMPOSITIONS FOR FERTILITY ENHANCEMENT AND GENETIC OPTIMIZATION ACROSS SPECIES

Abstract

This disclosure relates to a system and method for fertility enhancement and genetic optimization across humans, animals, and plants. The system and method described herein utilize specialized hardware acceleration such as, for example, field-programmable gate arrays (FPGAs) to enable efficient genetic sequence analysis, and integrates artificial intelligence algorithms to assess genetic compatibility between donors and recipients. By analyzing genetic markers associated with dominant and recessive traits, the system optimizes gamete selection, minimizes hereditary risks, and enhances desired phenotypic outcomes. The system and methods incorporate a comprehensive genetic database architecture with optimized data structures for rapid retrieval and analysis, enabling the assessment of genetic compatibility with improved computational efficiency. An AI-based decision framework prioritizes traits such as disease resistance, productivity, and environmental adaptability while mitigating recessive genetic risks.

Claims21

Dependent claims

A system for genetic profile analysis and compatibility assessment, comprising:

(a) a specialized hardware acceleration unit comprising field-programmable gate arrays (FPGAs) configured to implement sequence alignment algorithms to process genetic sequence data;
(b) a genetic profile analyzer comprising:
(i) a data acquisition module configured to receive genetic sequence data;
(ii) a hardware-accelerated sequence alignment processor configured to identify genetic markers within the received genetic sequence data using parallel processing architecture;
(iii) a trait analyzer configured to classify identified genetic markers as dominant or recessive traits based on predefined genetic inheritance models;
(c) a genetic compatibility assessment engine comprising:
(i) a match scoring module configured to calculate genetic compatibility scores using weighted comparison of identified dominant and recessive traits;
(ii) a risk assessment module configured to evaluate genetic compatibility risks using statistical probability models;
(d) a database management system configured to:
(i) store genetic profile data using data structures optimized for genetic sequence retrieval;
(ii) maintain genetic marker indices optimized for accelerated data retrieval;
wherein the system implements a defined processing pipeline for transferring genetic data between modules and utilizes the field-programmable gate arrays (FPGAs) to accelerate genetic sequence alignment operations through parallel computation of sequence matching matrices.

9 more elements

A method for genetic profile analysis and compatibility assessment executed by a computing device communicatively coupled to a hardware acceleration unit, comprising:

(a) receiving genetic sequence data from multiple subjects;
(b) processing the genetic sequence data using field-programmable gate arrays (FPGAs) configured to accelerate sequence alignment operations through parallel computation;
(c) identifying genetic markers within the processed genetic sequence data;
(d) classifying the identified genetic markers as dominant or recessive traits based on predefined genetic inheritance models;
(e) calculating genetic compatibility scores between subjects using weighted comparison of the classified genetic markers;
(f) evaluating genetic compatibility risks using statistical probability models;
and
(g) generating a ranked list of genetically compatible matches based on the calculated compatibility scores and evaluated risks.

5 more elements

Dependencies are inferred from the claim text.

Methods and compositions for fertility enhancement and genetic optimization across species

Life of this patent

Methods and compositions for fertility enhancement and genetic optimization across species

Life of this patent

Abstract

Claims21