Bio-genetic Engineering: Breakthroughs, Challenges, and Future Prospects
DOI:
https://doi.org/10.61173/s7ezhq72Keywords:
Bio-genetic Engineering, Biopharmaceuticals, Genetically Modified Crops, Innovative Strategies, Future ProspectsAbstract
Bio-genetic engineering, which enables the precise modification of biological traits through targeted manipulation of genetic material, stands as a pivotal component in the life sciences. This paper focuses on three aspects: the current applications, challenges, and strategies of bio-genetic engineering. It highlights innovative applications in medicine and agriculture, such as insulin production, biopharmaceuticals, genetically modified crops, and precision breeding. Despite significant achievements, the field still faces challenges related to precision, efficiency, social ethics, and regulatory frameworks. To address these issues, this study puts forward systematic and innovative strategies in three key areas: technological innovation and precision enhancement, ethical governance and public engagement, and patent sharing and regulatory coordination. These strategies aim to guide bio-genetic engineering toward greater societal benefits.
References
[1] Lee D K ,Dawson A P ,Summers M K .Sulfate biology genes are associated with mineralization in mouse and human.[J]. JBMR plus,2025,9(10):ziaf130.
[2] Chen C C ,Pilla R ,Toresson L , et al.Microbial Gene Profiling and Targeted Metabolomics in Fecal Samples of Dogs With Chronic Enteropathy With or Without Increased Dysbiosis Index. [J].Journal of veterinary internal medicine,2025,39(5):e70199.
[3] Ren M ,You B ,Gong X , et al.Microbial genomic database of the Yangtze River, the third-longest river on Earth[J].Scientific Data,2025,12(1):1222-1222.
[4] Blaxter M ,Lewin A H ,DiPalma F , et al.The Earth BioGenome Project Phase II: illuminating the eukaryotic tree of life[J].Frontiers in Science,2025,31514835-1514835.
[5] Martín P ,Tânia F ,Gilberto I , et al.A novel gluten knowledge base of potential biomedical and health-related interactions extracted from the literature: using machine learning and graph analysis methodologies to reconstruct the bibliome.[J].Journal of biomedical informatics,2023,143104398-104398.
[6] Ribeiro V H V ,Gallagher J ,Smith M C , et al.Multiple Origins or Widespread Gene Flow in Agricultural Fields? Regional Population Genomics of Herbicide Resistance in Bromus tectorum.[J].Molecular ecology,2025,34(11):e17791.
[7] U b e r R , H a y d u k A V , F l a n g o A , e t a l . A n innovative model for pharmacogenomics critical results identification and intervention[J].The Pharmacogenomics Journal,2025,25(5):25-25.
[8] Wa n g Z , C a i Y , Yu a n K , e t a l . B i o - b a s e d multicompartmental microspheres: From structural innovation to precision biomedicine[J].Chemical Engineering Journal,2025,522167811-167811.
[9] Pinhatari D F ,Marciane M ,Araújo F S , et al.Understanding the potential of ultrasound as an innovative tool for microbial inactivation, functionalization of plant-based foods, and improvements of functional food potential[J].Food Bioscience,2023,56.
[10] Izabel D ,Renaux T ,Gelders T , et al.Innovative bio‐based steel envelope systems[J].ce/papers,2023,6(3-4):501-508.
Downloads
Published
How to Cite
Issue
Section
License
Copyright (c) 2026 by the authors.
This work is licensed under a Creative Commons Attribution 4.0 International License.
