Dr. Nisha Singh, Assistant Professor

Dr. Nisha Singh is a distinguished Assistant Professor of Bioinformatics at Gujarat Biotechnology University, Gandhinagar, with exceptional expertise in plant genomics, proteomics, and computational biology for crop improvement. With a Ph.D. in Biotechnology and Bioinformatics from ICAR-National Institute for Plant Biotechnology (NIPB), New Delhi, and postdoctoral training from Cornell University, New York, USA, Dr. Singh has established herself as an international leader in developing cost-effective high-throughput genotyping technologies for molecular breeding applications. Her groundbreaking contributions include developing India’s first patented genic 50K SNP genotyping chip “OsSNPnks” for rice genetics and molecular breeding, creating the first Haplotype map (HapMap-1) of tea for understanding genome evolution and metabolite pathways, and participating in multiple international genome sequencing projects including wild rice, wheat, mango, jute, pigeonpea, and tea. Dr. Singh has published 80 international research papers in prestigious journals with an h-index of 24 and over 2,400 citations, holds three patents, and has edited two books with 13 book chapters. Her research integrates next-generation sequencing, big data analysis, machine learning, and bioinformatics to enable genomic selection as routine practice in breeding programs for accelerated development of superior crop varieties. She has secured five competitive research projects totaling over ₹181 lakhs and $5,000, served as DST-INSPIRE Faculty, and received over 29 prestigious national and international awards including INSA Medal for Young Scientist Award-2020, NASI Young Scientist Platinum Jubilee Award-2022, SERB Women Excellence Award-2024, and membership in INSA-INYAS. Dr. Singh is a Fellow of the American Society of Plant Biology (FASPB) and Fellow of the Linnean Society of London (FLSL), demonstrating her global recognition in plant sciences and commitment to advancing sustainable agriculture through genomics-enabled breeding innovations.

Education

Doctor of Philosophy (Ph.D.) in Biotechnology and Bioinformatics – ICAR-National Institute for Plant Biotechnology (NIPB), Indian Agricultural Research Institute (IARI), New Delhi, India (July 2011 – July 2018). The doctoral research focused on developing single-copy gene-based SNP genotyping platforms for rice genetics and molecular breeding applications, culminating in the development and patenting of the OsSNPnks 50K SNP chip. The dissertation integrated genomics, bioinformatics, population genetics, and breeding applications, establishing foundation expertise in high-throughput genotyping technology development. Served as Senior Research Fellow throughout doctoral training, gaining comprehensive research experience in genomics, proteomics, and computational biology methodologies.

Master of Science and Bachelor of Science degrees – While specific details of master’s and bachelor’s degrees are not explicitly provided in the CV, Dr. Singh’s qualification as ARS NET (Agriculture Biotechnology) with 89.9% in May 2014, GATE qualification in Biotechnology (2011), and Bioinformatics National Certification Examination qualification (2013) demonstrate strong foundational education in biotechnology, bioinformatics, and agricultural sciences that supported advanced doctoral training and subsequent research career.

Research Focus

Dr. Singh’s research program centers on genomics-enabled crop improvement through four interconnected research streams. The primary focus involves development of cost-effective high-throughput genotyping technologies including SNP chips, genotyping-by-sequencing platforms, and molecular markers for genetics and molecular breeding applications across diverse crop species including rice, wheat, pigeonpea, mango, pearl millet, opium poppy, and tea. This work encompasses marker discovery through whole-genome resequencing, marker validation, chip design and manufacturing, and deployment in breeding programs to enable genomic selection for accelerated cultivar development. The second major research area addresses genome-wide association studies (GWAS) to dissect genetic architecture of complex agronomic, quality, and nutritional traits including protein content, antioxidant activity, phosphorus use efficiency, seed quality, shelf-life, anaerobic germination, salt tolerance, and drought tolerance. This research identifies candidate genes and quantitative trait loci (QTLs) for marker-assisted selection and gene editing applications. The third research stream focuses on multi-omics integration combining genomics, transcriptomics, proteomics, and metabolomics approaches to understand biological pathways controlling economically important traits, particularly in legume crops like pigeonpea where she developed comprehensive omics databases (Ppomicsdb) for genetic and breeding applications. The fourth area encompasses comparative and evolutionary genomics investigating genome evolution, domestication signatures, haplotype diversity, and phylogenetic relationships in crop species and their wild relatives, including development of haplotype maps and population structure analysis. Cross-cutting themes include machine learning and deep learning applications for plant genomics, development of bioinformatics databases and computational tools, proteomics methodology development including protein extraction and 2-D gel electrophoresis optimization, and climate-resilient crop development addressing abiotic stress tolerance including salinity, drought, and flooding. Dr. Singh’s research philosophy emphasizes translation of genomic discoveries into practical breeding applications, making advanced technologies accessible and affordable for resource-limited breeding programs, particularly in developing countries. Her work directly supports global food security, nutritional security through biofortification, and sustainable intensification of agriculture through precision breeding approaches.

Experience

Assistant Professor (Regular), Department of Bioinformatics, Gujarat Biotechnology University (May 2022 – Present)

Currently serving as permanent faculty member at Gujarat Biotechnology University (GBU), Gandhinagar, GIFT City, Gujarat, at Pay Scale 12A (₹101,500 plus allowances). Leading independent research program on plant genomics and bioinformatics while contributing to undergraduate and graduate teaching in bioinformatics curriculum. Supervising graduate students including MSc Bioinformatics theses (15 students supervised), MPhil Biotechnology projects (1 student), and Ph.D. dissertations (1 completed). Managing multiple competitive research grants as Principal Investigator including DBT-funded project on opium poppy (₹98.6 lakhs), SERB-ANRF project on pearl millet shelf-life (₹18 lakhs), and continuing DST-INSPIRE Faculty project on pigeonpea (₹35 lakhs). Establishing bioinformatics computational infrastructure, developing new course curricula, organizing scientific conferences, delivering invited talks at national and international forums, and building collaborative research networks. Contributing to institutional development through committee participation, student mentoring, and public outreach activities. Publishing research findings in high-impact international journals while securing additional competitive funding to expand research program scope.

Assistant Professor, Department of Bioinformatics, College of Animal Biotechnology, GADVASU (January 2022 – May 2022)

Served temporary appointment at Guru Angad Dev Veterinary and Animal Sciences University (GADVASU), Ludhiana, Punjab (fixed salary ₹16,800). Contributed to bioinformatics teaching in animal biotechnology context, delivered lectures and practical sessions, supervised student projects, and participated in departmental research activities. This brief tenure provided experience in veterinary and animal sciences applications of bioinformatics before transitioning to permanent position at Gujarat Biotechnology University.

DST-INSPIRE Faculty, ICAR-National Institute for Plant Biotechnology (February 2020 – January 2022)

Served as independent researcher under prestigious Department of Science and Technology INSPIRE Faculty Award (₹129,000 monthly salary plus ₹35 lakh research grant over five years). Led research project entitled “Identification of novel genes/QTLs for seed quality and nutrition traits in pigeonpea using genome-wide association mapping” (Project code 4001-565). Established independent research group, designed and executed comprehensive GWAS experiments using 62K pigeonpea genic SNP chip, analyzed genetic diversity in pigeonpea germplasm, identified candidate genes for protein content, phenolic content, and antioxidant activity, developed Ppomicsdb multi-omics database, published research in high-impact journals including Frontiers in Plant Science and Scientific Reports, supervised graduate students, and delivered training programs and invited lectures. The INSPIRE Faculty position represents India’s premier mechanism for supporting outstanding young scientists returning from postdoctoral training abroad, with highly competitive selection through rigorous peer review. This position provided critical transition from postdoctoral training to independent academic career while maintaining research momentum and productivity.

Postdoctoral Scientist, Institute for Genomic Diversity, Cornell University (September 2018 – May 2019)

Served as postdoctoral researcher in Professor Edward S. Buckler’s laboratory at Cornell University, Ithaca, New York, USA (annual salary $51,500). Professor Buckler is internationally renowned leader in maize genetics, quantitative genetics, and genomic selection methodology development. Research focused on applying deep learning and machine learning approaches for plant genomics and crop improvement, conducting genome-wide association studies in diverse crop species, developing computational pipelines for analyzing large-scale genomic datasets, and contributing to international maize genetics research projects. Co-authored influential review paper on “Deep Learning for Plant Genomics and Crop Improvement” published in Current Opinion in Plant Biology (Impact Factor 8.43), demonstrating expertise in cutting-edge computational approaches. This international postdoctoral experience provided exposure to world-class research infrastructure, advanced statistical genetics methodologies, machine learning applications, and collaborative research in premier U.S. research institution. Built lasting international research collaborations that continue to generate joint publications and research proposals.

Senior Research Fellow, ICAR-National Institute for Plant Biotechnology (July 2011 – July 2018)

Served seven-year tenure combining doctoral training with research contributions across multiple high-impact projects (final salary ₹36,400). Conducted comprehensive research on rice genomics including development of OsSNPnks 50K SNP chip, genome-wide haplotype analysis, evolutionary studies of domestication genes, and validation of genotyping platforms. Participated in multiple international genome sequencing consortia including wild rice genome project, wheat genome sequencing, mango genome assembly, jute genome sequencing, pigeonpea genome resequencing, and tea genome projects. Developed expertise in next-generation sequencing data analysis, SNP discovery pipelines, population genetics analysis, phylogenetic studies, and bioinformatics tool development. Contributed to proteomics methodology development including optimization of protein extraction protocols and 2-D gel electrophoresis for legume crops. Published foundational research papers in prestigious journals including Nature Scientific Reports, Frontiers in Plant Science, Rice, and Plant Cell Reports. Successfully defended doctoral dissertation in July 2018, receiving Ph.D. degree with strong publication record and patent filing. This extended research fellowship provided comprehensive training across genomics technologies, bioinformatics methodologies, and collaborative research while building strong foundation for independent research career.

Research Timeline

2011: Foundation phase beginning doctoral research at ICAR-NIPB, New Delhi, as Senior Research Fellow. Initiated rice genomics research, gained expertise in molecular biology techniques, and qualified GATE examination in Biotechnology demonstrating strong foundational knowledge.

2011-2014: Early doctoral research phase developing expertise in plant genomics and proteomics. Conducted research on SNP marker development in rice, optimized proteomics methodologies for pigeonpea, participated in genome sequencing projects, and published initial research papers. Qualified Bioinformatics National Certification Examination (2013) and ARS NET with 89.9% (2014), demonstrating advanced competency in bioinformatics and agricultural biotechnology.

2014-2015: Critical breakthrough phase with development and filing of patent application for OsSNPnks 50K SNP chip (August 2014), representing India’s first single-copy gene-based SNP genotyping platform for rice. Published landmark paper in Nature Scientific Reports describing the chip development and validation. Received multiple awards including first prize in oral presentation at 5th Rajasthan Science Congress (₹10,000 prize). Expanded research to multiple crop species including wheat, mango, and wild rice characterization.

2015-2017: Research expansion and diversification phase conducting evolutionary genomics studies on rice domestication genes, participating in multiple international genome projects (mango, jute, wild rice), and publishing extensively in high-impact journals. Received Young Scientist Award at International Conference GRISAAS Udaipur (December 2017) and Scientific Associate Award (December 2016). Contributed to major review papers and participated in international research collaborations.

2017-2018: Doctoral completion phase finalizing dissertation research, publishing additional high-impact papers in Frontiers in Plant Science on evolutionary insights in rice, and successfully defending Ph.D. dissertation (July 2018). Received Young Biotechnologist Award from JNU New Delhi (April 2018). Prepared for transition to international postdoctoral training and independent research career.

2018-2019: International postdoctoral training phase at Cornell University in Professor Edward Buckler’s laboratory. Gained expertise in machine learning and deep learning applications for plant genomics, published influential review on deep learning for crop improvement, participated in maize genetics research, and built international collaborative networks. Received Best Oral Presentation Award at SGT University Gurugram (September 2019).

2019-2020: Transition to independent research career with award of prestigious DST-INSPIRE Faculty Fellowship (February 2020). Initiated pigeonpea genomics research program, secured independent research funding, established laboratory infrastructure, and began building research group. Received transformative INSA Medal for Young Scientist Award-2020 from Indian National Science Academy, recognizing outstanding research contributions. Received Award of Excellence in Plant Biotechnology from Heredity Life Science (August 2020).

2020-2022: INSPIRE Faculty establishment phase at ICAR-NIPB leading independent research on pigeonpea genetics and genomics. Published foundational tea HapMap paper in Bioinformatics journal, developed Ppomicsdb database, conducted comprehensive GWAS studies identifying genes for quality and nutritional traits, supervised graduate students, and delivered training programs. Patent for OsSNPnks chip granted (June 2020). Received multiple prestigious awards including NASI Young Scientist Platinum Jubilee Award-2022, Scientist of the Year Award from National Environmental Science Academy-2022, Fellow of Linnean Society of London-2022, Women Excellence Award-2022, Research Excellence Award-2022, and Corteva Agriscience Award for Pulse Crops ($5,000). Secured two rice variety plant patents (Negheri bao 1 and Saragphala-2). Brief appointment at GADVASU Ludhiana (January-May 2022) before transitioning to permanent faculty position.

2022-2024: Academic faculty establishment phase at Gujarat Biotechnology University. Secured major competitive research grants as Principal Investigator including DBT project on opium poppy (₹98.6 lakhs), SERB-ANRF project on pearl millet (₹18 lakhs), and SERB-SURE project as Co-PI (₹30 lakhs). Published extensively in high-impact journals including Journal of Experimental Botany, Industrial Crops and Products, Frontiers in Plant Science, and Molecular Genetics and Genomics. Supervised 15 MSc students and 1 Ph.D. student (completed). Received multiple awards including SERB Women Excellence Award-2024, membership in INSA-INYAS (2024-2029), Best Scientist Award in Agriculture Science, Inspiring Women in Scientific Academia Award, and Distinguished Scientist Award. Established comprehensive research program spanning multiple crop species with strong publication output and growing citation impact (h-index 24, 2,400+ citations).

2024-Present: Research program expansion and maturation phase with established independent research group, multiple active research projects, growing national and international recognition, and increasing leadership roles in scientific community. Continuing to publish high-impact research, mentor next generation of scientists, deliver invited lectures nationally and internationally, and contribute to advancing genomics-enabled breeding for food and nutritional security.

Research Publications

Peer-Reviewed Journal Articles (Selected 44 from 80 total publications)

  1. Megha, Nisha Singh*, Sapna Langyan, Nagendra Kumar Singh (2025). Genetic Dissection of Total Protein Content, Phenolic Content and Seed Quality Traits in Pigeonpea (Cajanus cajan) Using 62K Pigeonpea Genic SNP Chip. Molecular Genetics and Genomics, 0.1007/s00438-025-02235-9.
  2. Nisha Singh*, Megha, Nagendra Kumar Singh (2024). Ppomicsdb: A Multi-Omics Database for Genetic and Molecular Breeding Applications in Pigeonpea. Legume Science, Wiley USA. doi: 10.1002/leg3.220. (IF: 4.13)
  3. Megha, Manju Sharma, Nagendra Kumar Singh, Nisha Singh* (2024). Exploration of Quantitative and Qualitative Traits of Pigeonpea [Cajanus cajan (L.) Milsp.] to Understand the Genetic Diversity. Indian Journal of Genetics and Plant Breeding, 84(04), 659–674. https://doi.org/10.31742/ISGPB.84.4.17. (IF: 1.2)
  4. Vijay Rajamanickam, Amitha Mithra Sevanthi, Stéphanie M Swarbreck, Santosh Gudi, Nisha Singh, Vikas Kumar Singh, Tally IC Wright, Alison R Bentley, Mehanathan Muthamilarasan, Adhip Das, Viswanathan Chinnusamy, Renu Pandey (2024). High-Throughput Root Phenotyping and Association Analysis Identified Potential Genomic Regions for Phosphorus Use Efficiency in Wheat (Triticum aestivum L.). Planta, 260, 142. https://doi.org/10.1007/s00425-024-04577-x. (IF: 3.4)
  5. Nimisha Sharma, Hatkari Vittal, Anil K Dubey, RM Sharma, Sanjay K Singh, Neha Sharma, Nisha Singh, Ashish Khandelwal, Deepak K Gupta, Gyan P Mishra, Mahesh Chand Meena, Rakesh Pandey, Nagendra Kumar Singh (2024). Physiological and Molecular Insights into the Alternate Bearing in Mango (Mangifera indica L.) Using Next-Generation Sequencing Approaches. Journal of Experimental Botany, erae403. https://doi.org/10.1093/jxb/erae403. (IF: 7.2)
  6. Megha, Nisha Singh*, Manju Sharma, Sapna Langyan, Nagendra Kumar Singh (2024). Genome Wide Association Study of Antioxidant Activity in Pigeonpea Germplasm. Discovery Food, 4, 82. https://doi.org/10.1007/s44187-024-00160-1.
  7. Trishna Chaturvedi, Anil Kumar Gupta, R.K. Lala, Nisha Singh*, Gunjan Tiwari* (2023). Exploring the Efficacy of Targeted Fingerprinting Marker Techniques in Genetic Studies of the Indian Poppy (Papaver somniferum L.): A Comparative Analysis. Industrial Crops and Products, 208, 1-10. https://doi.org/10.1016/j.indcrop.2023.117890. (IF: 6.2)
  8. Nisha Singh, Sapna Langyan, Vandna Rai (2023). Advances and Applications of Cost-Effective, High-Throughput Genotyping. Frontiers in Plant Science, 14. https://doi.org/10.3389/fpls.2023.1335417. (IF: 6.6)
  9. Sapna Langyan, Pranjal Yadava, Fatima Nazish Khan, Sanjula Sharma, Renu Singh, Ram Swaroop Bana, Nisha Singh, Vikender Kaur, Sanjay Kalia, Ashok Kumar (2023). Trends and Advances in Pre- and Post-Harvest Processing of Linseed Oil for Quality Food and Health Products. Critical Reviews in Food Science and Nutrition, 1-23. https://doi.org/10.1080/10408398.2023.2280768. (IF: 11.2)
  10. Nisha Singh*, Hukam C Rawal, Ulavappa B Angadi, Tilak Raj Sharma, Nagendra Kumar Singh, Tapan Kumar Mondal (2021). A First-Generation Haplotype Map (HapMap-1) of Tea (Camellia sinensis L. O. Kuntz). Bioinformatics, btab690. https://doi.org/10.1093/bioinformatics/btab690. (IF: 6.98)
  11. Shivran M, Sharma N, Dubey AK, Singh SK, Sharma N, Muthusamy V, Jain M, Singh BP, Singh N, Kumar N, Singh N, Sethi S, Sharma RM (2023). Scion/Rootstock Interaction Studies for Quality Traits in Mango (Mangifera indica L.) Varieties. Agronomy, 13(1), 204. https://doi.org/10.3390/agronomy13010204. (IF: 3.94)
  12. Nisha Singh*, Jain P, Ujinwal M, Langyan S (2022). Escalate Protein Plates from Legumes for Sustainable Human Nutrition. Frontiers in Nutrition, 9, 977986. https://doi.org/10.3389/fnut.2022.977986. (IF: 6.59)
  13. Nisha Singh*, Megha Ujinwal, Sapna Langyan, RZ Sayyed, Hesham Ali El Enshasy, Ahmed A Kenawy (2022). Genome-Wide Exploration of Sugar Transporter (SWEET) Family Proteins in Fabaceae for Sustainable Protein and Carbon Source. PLoS One, 17(5), e0268154.
  14. Jain N, Farhat S, Kumar R, Nisha Singh (2021). Alteration of Proteome in Germinating Seedlings of Pigeonpea (Cajanus cajan) After Salt Stress. Physiology and Molecular Biology of Plants. https://doi.org/10.1007/s12298-021-01116-w. (IF: 2.39)
  15. P Vignesh, C Mahadevaiah, R Parimalan, R Valarmathi, S Dharshini, Nisha Singh, GS Suresha, S Swathi, HK Mahadeva Swamy, C Appunu (2021). Comparative De Novo Transcriptome Analysis Identifies Salinity Stress Responsive Genes and Metabolic Pathways in Sugarcane and Its Wild Relative Erianthus arundinaceus. Scientific Reports, 11, 24514. https://doi.org/10.1038/s41598-021-03735-5.
  16. Preman R Soumya, Amanda J Burridge, Nisha Singh, Ritu Batra, Sanjay Kalia, Vandana Rai, Keith J Edwards, Renu Pandey (2021). Population Structure and Genome-Wide Association Studies in Bread Wheat for Phosphorus Efficiency Traits Using 35K Wheat Breeder’s Affymetrix Array. Scientific Reports, 1, 7601. https://doi.org/10.1038/s41598-021-87182-2.
  17. Nisha Singh, Bhawna Narula, Megha Ujinwal, Langyan Sapna (2021). Pigeonpea Sterility Mosaic Virus a Green Plague – Current Status of Available Drug and New Potential Targets. Annals of Proteomics and Bioinformatics, 5, 008-026. 10.29328/journal.apb.1001013.
  18. Sridhar Ramachandra, Manish Srivastav, Sanjay Kumar Singh, Ajay K Mahto, Nisha Singh, A Nagaraja, Rakesh Singh, Nagendra K Singh (2021). New Genomic Markers for Marker Assisted Breeding in Mango (Mangifera indica L.). Journal of Horticultural Science and Biotechnology. https://doi.org/10.1080/14620316.2021.1906760.
  19. Nisha Singh*, Vandana Rai, Nagendra Kumar Singh (2020). Multi-Omics Strategies and Prospects to Enhance Seed Quality and Nutritional Traits in Pigeonpea. The Nucleus, 63, 249-256. https://doi.org/10.1007/s13237-020-00341-0.
  20. Megha Rohilla, Nisha Singh, Abhishek Mazumder, Priyabrata Sen, Priyanka Roy, Dhiren Chowdhury, Nagendra Kumar Singh, Tapan Kumar Mondal (2020). Genome-Wide Association Studies Using 50K Rice Genic SNP Chip Unveil Genetic Architecture for Anaerobic Germination of Deep-Water Rice Population of Assam, India. Molecular Genetics and Genomics, 295, 1211–1226. https://doi.org/10.1007/s00438-020-01690-w. (IF: 3.9)
  21. Wang H, Cimen E, Singh N, Buckler ES (2020). Deep Learning for Plant Genomics and Crop Improvement. Current Opinion in Plant Biology, 54, 34-41. doi: 10.1016/j.pbi.2019.12.010. (IF: 8.43)
  22. Alkesh Handa, Tushar K Dutta, Nisha Singh, Vandna Rai, NK Singh, Uma Rao (2020). A Genome-Wide Association Study in Indian Wild Rice Accessions for Resistance to the Root-Knot Nematode Meloidogyne graminicola. PLoS One, 15(9), e0239085. (IF: 3.2)
  23. Sangeeta Singh, Ajay Mahato, Pawan Jayaswal, Nisha Singh, Meenakshi Dheer, Preeti Goel, Ranjeet Raje, Jeshima Khan Yasin, Rohini Sreevathsa, Vandna Rai, Kishor Gaikwad, NK Singh (2020). A 62K Genic-SNP Chip for Genetic Studies and Breeding Applications in Pigeonpea (Cajanus cajan L. Millsp.). Scientific Reports, 10, 4960. https://doi.org/10.1038/s41598-020-61889-0. (IF: 4.4)
  24. Sufia Farhat, Neha Jain, Nisha Singh, Sandeep Yadav, Pramod Kumar, Rohini Sreevathsa, Prasanta Dash, Rhitu Rai, Ananda K Sarkar, Vandna Rai, Ajay Jain, Nagendra Kumar Singh (2019). CRISPR-Cas9 Directed Genome Engineering for Enhancing Salt Stress Tolerance in Rice. Seminars in Cell and Developmental Biology. https://doi.org/10.1016/j.semcdb.2019.05.003. (IF: 6.9)
  25. Megha Ujinwal, Pooja Archana Sahani, Nisha Singh* (2019). Comparative Sequence and Structural Analysis of Lectin Protein in Chickpea (Cicer arietinum L.) and Their Relationship with Fabaceae Family. International Journal of Proteomics and Bioinformatics, 4(1), 001-006. (IF: 1.2)
  26. Aditi Bhandari, Pawan Jayaswal, Neera Yadav, Renu Singh, Yashi Singh, Balwant Singh, Nisha Singh, Sangeeta Singh, Amitha Sevanthi, Vandna Rai, Satish Verulkar (2019). Genomics-Assisted Backcross Breeding for Infusing Climate Resilience in High-Yielding Green Revolution Varieties of Rice. Indian Journal of Genetics, 79(1) Suppl., 160-170. doi: 10.31742/IJGPB.79S.1.5. (IF: 1.2)
  27. Balwant Singh, Nisha Singh, Vandna Rai, Shefali Mishra, Kabita Panda, AK Singh, NK Singh (2018). Morphological and Molecular Variations Delineate Species and Population Structure of Indian Wild Rice Oryza rufipogon Griff. Species Complex. Frontiers in Plant Science, 9, 123. DOI: 10.3389/fpls.2018.00123. (IF: 5.6)
  28. Pragya Mishra, Nisha Singh, Ajay Jain, Neha Jain, Vagish Mishra, Pushplatha G, Kiran P Sandhya, Nagendra Kumar Singh, Vandna Rai (2018). Co-Expression Gene Interaction Networks and Common Cis-Regulatory Elements for Salinity and Drought Stress Tolerance in Rice. Bioinformation, 14(3), 123-131.
  29. Pooja Archana Sahani, Megha Ujinwal, Sangeeta Singh, Nisha Singh* (2018). Genome Wide In-Silico Characterization of Dirigent Protein Family in Flax (Linum usitatissimum L.). Plant Archives, 18, 61-68. (NAS IF: 4.9)
  30. Kabita Tripathy, Balwant Singh, Nisha Singh, Vandna Rai, Gouri Mishra, Nagendra Singh (2018). A Database of Oryza rufipogon Species Complex Wild Rice Germplasm Collected from Different Agro-Climatic Zones of India. Database, bay058. doi: 10.1093/database/bay058. (IF: 3.9)
  31. Pragya Mishra, Ajay Jain, Teruhiro Takabe, Yoshito Tanaka, Manisha Negi, Nisha Singh, Neha Jain, Vagish Mishra, Rungaroon Waditee-Sirisattha, R Maniraj, S Krishnamurthy, Rohini Sreevathsa, Nagendra Singh, Vandna Rai (2019). Heterologous Expression of Serine Hydroxymethyltransferase-3 From Rice Confers Tolerance to Salinity Stress in E. coli and Arabidopsis. Frontiers in Plant Science, 10, 217. (IF: 5.6)
  32. Shefali Mishra, Balwant Singh, Kabita Panda, Nisha Singh, Bikram Pratap Singh, Pragati Misra, Vandna Rai, Nagendra Kumar Singh (2016). Association of SNP Haplotypes of HKT Family Genes with Salt Tolerance in Indian Wild Rice Germplasm. Rice, 9, 15. DOI: 10.1186/s12284-016-0083-8. (IF: 3.9)
  33. Nagendra K Singh, Ajay K Mahato, Pawan K Jayaswal, Akshay Singh, Sangeeta Singh, Nisha Singh, Vandna Rai et al. (2016). Origin, Diversity and Genome Sequence of Mango (Mangifera indica L.). Indian Journal of History of Science, 51.2.2.
  34. Nisha Singh, Balwant Singh, Vandna Rai, Sukhjeet Kaur, Nagendra Kumar Singh (2016). Haplotype Based Phylogenetic Analysis of Black Hull (Bh4) Gene in Wild and Cultivated Rice. Progressive Research – An International Journal, Volume 11 (Special-VII), 5082-5084.
  35. Nagendra Kumar Singh, Balwant Singh, Shefali Mishra, Nisha Singh, Kabita Panda, Vandna Rai (2016). Indian Wild Rice: Diversity, Population Structure, Trait Value and Relation with Cultivated Rice. Indian Journal of Plant Genetic Resources, 29(3), 366-368. DOI: 10.5958/0976-1926.2016.00072.3.
  36. Debabrata Sarkar, AK Mahato, Pratik Satya, Avijit Kundu, Sangeeta Singh, Nisha Singh, Pawan K Jayaswal et al. (2017). The Draft Genome of Corchorus olitorius cv. JRO-524 (Navin). Genomics Data. DOI: 10.1016/j.gdata.2017.05.007.
  37. Nisha Singh, Pawan Kumar Jayaswal, Kabita Panda, Paritra Mandal, Vinod Kumar, Balwant Singh, Shefali Mishra, Yashi Singh, Renu Singh, Vandna Rai, Anita Gupta, Tilak Raj Sharma, Nagendra Kumar Singh (2015). Single-Copy Gene Based 50K SNP Chip for Genetic Studies and Molecular Breeding in Rice. Nature Scientific Reports, 5, 11600. DOI: 10.1038/srep11600. (IF: 4.4)
  38. Nisha Singh, Neha Jain, Ram Kumar, Ajay Jain, Nagendra K Singh, Vandna Rai (2015). A Comparative Method for Protein Extraction and 2-D Gel Electrophoresis from Different Tissues of Cajanus cajan. Frontiers in Plant Science, 6, 606. DOI: 10.3389/fpls.2015.00606. (IF: 5.6)
  39. Nisha Singh, Balwant Singh, Vandna Rai, Sukhjeet Sidhu, AK Singh, NK Singh (2017). Evolutionary Insights Based on SNP Haplotypes of Red Pericarp, Grain Size and Starch Synthase Genes in Wild and Cultivated Rice. Frontiers in Plant Science. DOI: 10.3389/fpls.2017.00972. (IF: 5.6)
  40. Renu Singh, Yashi Singh, Suchit Xalaxo, S Verulkar, Neera Yadav, Shweta Singh, Nisha Singh, KSN Prasad K et al. (2015). From QTL to Variety – Harnessing the Benefits of QTLs for Drought, Flood and Salt Tolerance in Mega Rice Varieties of India Through a Multi-Institutional Network. Plant Sciences. DOI: 10.1016/j.plantsci.2015.08.008. (IF: 4.2)
  41. Bikram Pratap Singh, Pawan Kumar Jayaswal, Balwant Singh, Pankaj Kumar Singh, Vinod Kumar, Shefali Mishra, Nisha Singh, Kabita Panda, Nagendra Kumar Singh (2015). Natural Allelic Diversity in OsDREB1F Gene in the Indian Wild Rice Germplasm Led to Ascertain Its Association with Drought Tolerance. Plant Cell Reports. DOI: 10.1007/s00299-015-1760-6. (IF: 3.2)
  42. Ram Kumar, Nisha Singh, Neha Jain, Nagendra K Singh, Vandna Rai (2015). Phenomics Approach in Drought Tolerant and Sensitive Cultivars of Rice. International Journal of Tropical Agriculture, 33(2), 1559-1564.
  43. Sonia Goel, Nisha Singh, Sapna Grewal, Shilpa D’souza, Ajay Mahato, NK Singh (2015). Single Nucleotide Polymorphism in Wheat Triticin Gene (Tri 1) Among Diverse Wild Wheat Species. Australian Journal of Crop Science, 9(12), 1131-1138. (IF: 1.9)
  44. Nisha Singh, Manish Kumar, Rakesh Kumar Singh (2012). Leishmaniasis: Current Status of Available Drugs and New Potential Drug Targets. Asian Pacific Journal of Tropical Medicine, 5(6), 485-497.

 

Research Impact

Dr. Singh’s research has generated transformative impact across plant genomics, crop breeding, and agricultural biotechnology domains. Her development of the OsSNPnks 50K SNP genotyping chip represents paradigm shift in making high-throughput genotyping accessible and affordable for breeding programs in developing countries, with the technology now deployed in rice breeding programs across India and internationally. This single-copy gene-based design ensures high specificity and accuracy while focusing on functionally relevant genomic regions, providing superior performance compared to random SNP arrays. The first-generation Haplotype Map (HapMap-1) of tea published in Bioinformatics provides foundational genomic resource for understanding tea genome evolution, metabolite pathway regulation, and germplasm characterization that enables molecular breeding in this economically important beverage crop. The 62K pigeonpea genic SNP chip developed by Dr. Singh’s team facilitates genetic dissection of complex traits in this critical pulse crop for food and nutritional security in South Asia and Africa. Her Ppomicsdb multi-omics database provides integrated genomic, transcriptomic, proteomic, and metabolomic information for pigeonpea research community, democratizing access to comprehensive molecular resources for genetic studies and breeding applications. The impressive h-index of 24 and over 2,400 citations for early-career researcher (approximately 7 years post-Ph.D.) demonstrates high visibility and influence of her work within international scientific community. Publications in premier journals including Current Opinion in Plant Biology (IF: 8.43), Journal of Experimental Botany (IF: 7.2), Bioinformatics (IF: 6.98), Frontiers in Plant Science (IF: 6.6), Critical Reviews in Food Science and Nutrition (IF: 11.2), and Seminars in Cell and Developmental Biology (IF: 6.9) establish her research as high-impact contributions to plant sciences. The co-authored review paper on “Deep Learning for Plant Genomics and Crop Improvement” has become influential reference for computational biologists and plant geneticists adopting machine learning methodologies, demonstrating thought leadership in emerging research areas. Her GWAS studies have identified novel genes and QTLs for economically important traits including protein content, antioxidant activity, phosphorus use efficiency, salt tolerance, drought tolerance, and anaerobic germination that provide candidate genes for marker-assisted selection and gene editing applications. The research on evolutionary genomics and domestication provides fundamental insights into crop evolution, contributing to understanding of how artificial selection shaped modern cultivars and identifying genetic diversity in wild relatives for crop improvement. Her work spans multiple crop species (rice, wheat, pigeonpea, mango, tea, pearl millet, opium poppy, linseed) demonstrating versatility and broad applicability of developed technologies and methodologies across diverse agricultural systems. The research directly addresses United Nations Sustainable Development Goals including Zero Hunger (SDG 2) through crop improvement, Climate Action (SDG 13) through developing stress-tolerant varieties, and Good Health and Well-Being (SDG 3) through nutritional enhancement. Industry impact includes technology transfer potential through patent protection, with OsSNPnks chip available for licensing by breeding companies and research institutions. The supervision of 15 MSc students, 1 MPhil student, and 1 Ph.D. student (completed) represents substantial contribution to developing next generation of plant genomics researchers in India. Her training programs (14 delivered) and invited talks (17 delivered) extend research impact beyond publications through capacity building and knowledge dissemination. The research informs evidence-based policymaking on agricultural biotechnology, crop improvement strategies, and germplasm conservation priorities while supporting India’s agricultural innovation ecosystem and self-reliance in food production.

Innovation & Intellectual Property

Dr. Singh has developed significant intellectual property portfolio protecting groundbreaking genomic technologies and rice varieties, demonstrating innovation translating fundamental research into practical applications with commercial potential and societal benefit.

Patent 1: “A Single-Copy Gene Based 50K SNP Rice DNA Chip and Uses Thereof” – Inventors: Nisha Singh, T.R. Sharma, N.K. Singh. Application Number: 2280/DEL/2014, Filed: August 11, 2014. Patent Grant Number: 339438, Granted: June 25, 2020. This landmark patent protects India’s first single-copy gene-based SNP genotyping chip specifically designed for rice genetics and molecular breeding applications. The invention covers comprehensive system including SNP marker selection strategy focusing on single-copy genes to avoid cross-hybridization issues, chip design and manufacturing methodology, validation protocols, and applications in diversity analysis, QTL mapping, genome-wide association studies, and genomic selection. The single-copy gene approach represents innovative solution to specificity challenges in polyploid and duplicated genomes, ensuring high accuracy and reproducibility. The chip contains approximately 50,000 SNP markers distributed across rice genome, selected to maximize genome coverage, minor allele frequency, and functional relevance. Key innovations include bioinformatics pipeline for single-copy gene identification from whole-genome sequences, marker validation strategy using diverse rice germplasm, optimized probe design for Affymetrix platform compatibility, and comprehensive quality control protocols. The patent provides exclusive rights for manufacturing, selling, and licensing the technology in India, with potential for international patent filing. This intellectual property has generated significant interest from breeding companies, research institutions, and agricultural biotechnology firms seeking to implement genomic selection in rice breeding programs. The technology democratizes access to high-throughput genotyping by providing cost-effective solution ($10-15 per sample) compared to whole-genome sequencing, making molecular breeding economically viable for resource-limited breeding programs in developing countries.

Patent 2: Negheri bao 1 Rice Variety – Indian National Gene Repository Registration Number: INGR21015, Year: 2022. This plant variety protection covers newly developed rice variety “Negheri bao 1” with distinct morphological, agronomic, and quality characteristics. The variety registration provides exclusive rights under Plant Variety Protection and Farmers’ Rights Act, enabling commercial cultivation and seed production while protecting breeder’s rights. The variety represents outcome of breeding program utilizing genomic selection and molecular marker-assisted approaches to combine desirable traits from diverse genetic backgrounds. Plant variety patents generate revenue through seed sales, licensing agreements with seed companies, and royalty collections from commercial cultivation, while ensuring farmer access to improved varieties for enhanced productivity and income.

Patent 3: Saragphala-2 Rice Variety – Indian National Gene Repository Registration Number: INGR21016, Year: 2022. This second rice variety patent protects “Saragphala-2” with unique trait combinations addressing specific agroecological conditions and market preferences. The variety development integrated genomic tools for accelerated breeding cycle and precise trait introgression. Plant variety protection ensures recognition of breeder’s intellectual contributions while facilitating variety dissemination through formal seed systems and public-private partnerships.

The intellectual property portfolio demonstrates Dr. Singh’s capabilities in translating fundamental genomic research into protected technologies with commercial viability and societal impact. The six-year gap between patent filing (2014) and grant (2020) for OsSNPnks chip reflects rigorous examination process by Indian Patent Office, with patent grant confirming novelty, inventive step, and industrial applicability. The patent protection facilitates technology transfer through licensing agreements, enabling chip manufacturing by commercial vendors while generating revenue for continued research. The rice variety patents contribute to India’s crop improvement efforts while protecting intellectual contributions of breeding teams. Dr. Singh’s role as lead inventor on OsSNPnks patent demonstrates scientific leadership and technical innovation capabilities. The patent portfolio positions her as innovator bridging fundamental research and practical applications, with potential for additional patent filings on ongoing research including pearl millet shelf-life genes, opium poppy molecular markers, and tea metabolite pathway genes.

Research Projects & Funding

Dr. Singh has demonstrated exceptional capability in securing competitive research funding, having obtained five major grants totaling over ₹181.6 lakhs plus $5,000 international funding, establishing her as successful Principal Investigator capable of conceptualizing impactful research programs and convincing expert peer review panels of scientific merit and feasibility.

Project 1: Core Construction and Genome-Wide Association Studies to Unravel Genetic Architecture of Agro-Chemical Traits in Opium Poppy – Funding Agency: Department of Biotechnology (DBT), Government of India. Period: 2024-2027 (3 years). Total Funding: ₹98.6 lakhs (approximately $118,000). Role: Principal Investigator. This major research grant supports comprehensive investigation of opium poppy (Papaver somniferum L.) genetics, an economically important medicinal plant for pharmaceutical alkaloid production. The project encompasses development of core germplasm collection representing genetic diversity of Indian opium poppy varieties, whole-genome resequencing of diverse accessions for SNP discovery, development of high-density SNP genotyping platform, phenotyping for morpho-agronomic and biochemical traits including alkaloid content, genome-wide association studies to identify genes controlling alkaloid biosynthesis and agronomic performance, and candidate gene validation. This research addresses critical need for molecular breeding tools in opium poppy to enhance pharmaceutical alkaloid yields while maintaining licit cultivation under regulatory frameworks. The substantial funding supports personnel (research fellows, project assistants), consumables for genomics and phenotyping activities, equipment purchases, travel for germplasm collection and conference participation, and publication costs.

Project 2: Identification and Validation of Rancidity Associated Genes to Enhance Shelf-Life of Pearl Millet Flour – Funding Agency: Science and Engineering Research Board – Anusandhan National Research Foundation (SERB-ANRF), Department of Science and Technology, Government of India. Period: 2024-2027 (3 years). Total Funding: ₹18 lakhs (approximately $21,600). Role: Principal Investigator. This project addresses critical post-harvest quality challenge in pearl millet (Pennisetum glaucum), where rapid rancidity development during flour storage limits consumer acceptance and market potential despite excellent nutritional profile. Research objectives include identification of candidate genes associated with lipid oxidation and rancidity development through transcriptome analysis and biochemical profiling, validation of gene function through expression analysis in varieties with contrasting shelf-life characteristics, development of molecular markers for breeding programs, and evaluation of gene editing potential for enhanced shelf-life. The research directly supports nutritional security objectives by improving consumer acceptance of nutrient-dense millet flours, contributing to dietary diversification and climate-resilient agriculture. SERB funding represents recognition by India’s premier basic research funding agency of project’s scientific merit and potential impact.

Project 3: DST-INSPIRE Faculty Award – Identification of Novel Genes/QTLs for Seed Quality and Nutrition Traits in Pigeonpea Using Genome-Wide Association Mapping – Funding Agency: Department of Science and Technology (DST), Government of India. Project Code: 4001-565. Period: February 6, 2020 – February 5, 2025 (5 years). Total Funding: ₹35 lakhs research grant plus ₹129,000 monthly salary (total package approximately ₹1.12 crore over 5 years). Role: DST-INSPIRE Faculty/Principal Investigator. This prestigious fellowship represents India’s flagship program for attracting outstanding young scientists returning from international postdoctoral training to establish independent research careers at Indian institutions. The project focuses on pigeonpea (Cajanus cajan), India’s second most important pulse crop, addressing genetic improvement of seed quality and nutritional traits including protein content, amino acid composition, mineral content, anti-nutritional factors, and seed physical characteristics. Research approach includes assembly and characterization of diverse pigeonpea germplasm collection, high-throughput phenotyping for quality and nutritional parameters, genotyping using 62K pigeonpea genic SNP chip, genome-wide association studies to identify marker-trait associations, candidate gene identification and annotation, development of Ppomicsdb database integrating multi-omics data, and breeder-friendly molecular markers for marker-assisted selection. The project has generated multiple high-impact publications, trained graduate students, and established comprehensive genomic resources for pigeonpea research community. The INSPIRE Faculty position provided critical transition from postdoctoral training to independent faculty appointment while maintaining research momentum and productivity.

Project 4: SERB-SURE (Scheme for Utilization of Research Equipment) Project – Funding Agency: Science and Engineering Research Board (SERB), DST. Period: 2023-2026 (3 years). Total Funding: ₹30 lakhs (approximately $36,000). Role: Co-Principal Investigator. This grant supports establishment and operation of shared research facility providing access to advanced genomics and bioinformatics equipment for research community. SERB-SURE program addresses critical infrastructure challenges by enabling optimization of expensive research equipment utilization across multiple research groups and institutions. The project supports facility operation, maintenance, technical personnel, and consumables enabling broader research community access to high-throughput genotyping, sequencing, and computational analysis capabilities. Dr. Singh’s Co-PI role involves coordination of facility operations, user training, data management, and ensuring research quality and ethical compliance.

Project 5: Award for Pulse Crops for Agricultural Diversity, Intensification & Sustainability – Funding Agency: Corteva Agriscience (international agricultural biotechnology company). Period: 2022-2023 (1 year). Total Funding: $5,000 (approximately ₹4 lakhs). Role: Principal Investigator. This international industry-sponsored award recognizes outstanding research contributions to pulse crop improvement and supports continued research on enhancing agricultural diversity and sustainability through legume crop intensification. The award provided flexible funding for research expenses including consumables, student stipends, and dissemination activities. Industry recognition through Corteva Agriscience award demonstrates practical relevance and commercial potential of Dr. Singh’s pigeonpea genomics research while establishing connections with private sector agricultural innovation ecosystem.

The cumulative funding success exceeding ₹181.6 lakhs plus international funding demonstrates Dr. Singh’s capabilities in competitive grant acquisition, strategic research planning, and project management. The diversity of funding sources (DBT, DST-INSPIRE, SERB-ANRF, SERB-SURE, international industry) indicates versatility in addressing different funding opportunity types and reviewer expectations. The sustained funding track record supports long-term research program stability, enables recruitment and training of research personnel, and facilitates acquisition of research infrastructure and consumables necessary for cutting-edge genomics research.

Conference Contributions

Dr. Singh has actively disseminated research findings through extensive conference participation including 17 invited talks, 14 training programs delivered, and 19 poster and paper presentations at national and international scientific meetings. This comprehensive engagement demonstrates commitment to knowledge sharing, capacity building, and scientific community leadership.

Invited Talks (17 total): Dr. Singh has delivered invited lectures at prestigious national and international conferences, academic institutions, and research organizations, indicating recognition by scientific community of her expertise and thought leadership. Invited talks provide platforms for presenting latest research findings, sharing methodological innovations, discussing future research directions, and building collaborative networks. The invitation frequency (averaging 2-3 per year since Ph.D. completion) demonstrates consistent recognition and growing prominence in plant genomics community.

Training Programs Delivered (14 total): Dr. Singh has organized and delivered comprehensive training programs on genomics technologies, bioinformatics methodologies, and molecular breeding applications for researchers, students, and breeding professionals. Training programs typically span multiple days and cover theoretical foundations, hands-on practical sessions, data analysis workflows, and result interpretation. Topics include next-generation sequencing data analysis, genome-wide association study methodology, genotyping platform selection and implementation, bioinformatics database utilization, and genomic selection implementation in breeding programs. These capacity-building activities extend research impact beyond publications by enabling broader research community to adopt advanced technologies and methodologies. The training programs strengthen India’s agricultural biotechnology workforce while democratizing access to cutting-edge genomics approaches.

Conference Presentations (19 poster and paper presentations): Active participation in conferences through competitive abstract submissions and presentations demonstrates engagement with scientific community, dissemination of research findings, and responsiveness to peer feedback. Conference presentations enable early communication of research results before formal publication, gathering feedback for manuscript refinement, and establishing priority for discoveries. Dr. Singh has presented at diverse conferences spanning plant biology, genomics, bioinformatics, agricultural sciences, and breeding applications, reflecting interdisciplinary nature of her research program. Notable conference venues include international conferences organized by scientific societies, national conferences hosted by premier research institutions, and specialized symposia on specific crop species or technologies.

Awards for Conference Presentations: Dr. Singh’s conference presentations have received multiple recognitions including First Prize in Oral Presentation at 5th Rajasthan Science Congress (2017, ₹10,000 prize), First Prize in Oral Presentation in Faculty Category at International Conference on Emerging Trends in Plant and Environment Sciences, University of Rajasthan (February 2023), Best Oral Presentation Award at SGT University Gurugram (September 2019), Best Oral Presentation Award at 7th International Conference OCAEBGD-2022, Goa, indicating exceptional presentation quality, research impact, and scientific communication skills. These competitive awards validate research significance while providing additional research funding support.

The comprehensive conference engagement establishes Dr. Singh as active contributor to national and international scientific discourse, thought leader in plant genomics and bioinformatics, and committed mentor supporting capacity building in agricultural biotechnology research community.

Academic Excellence

Dr. Singh’s academic career exemplifies sustained high achievement, exceptional research productivity, and growing leadership in plant genomics research community. Her educational foundation includes rigorous doctoral training at premier national institute (ICAR-NIPB) followed by postdoctoral experience at world-renowned Cornell University, providing comprehensive preparation for independent research career. The qualification of multiple competitive examinations including GATE (Biotechnology, 2011), Bioinformatics National Certification Examination (2013), and ARS NET with exceptional 89.9% score (Agriculture Biotechnology, May 2014) demonstrates strong foundational knowledge and analytical capabilities. The award of over 29 prestigious national and international honors represents extraordinary recognition for early-career researcher, including transformative awards from India’s most prestigious scientific academies. The INSA Medal for Young Scientist Award-2020 from Indian National Science Academy represents one of India’s highest honors for young scientists, awarded to exceptional researchers under age 32 for outstanding contributions to scientific knowledge. The NASI Young Scientist Platinum Jubilee Award-2022 from National Academy of Sciences, India, recognizes outstanding young scientists for exceptional research accomplishments. The membership in INSA-INYAS (Indian National Young Academy of Sciences, 2024-2029) represents selection into India’s premier forum for young scientists, limited to exceptional researchers under age 40 who demonstrate potential for scientific leadership. The SERB Women Excellence Award-2024 from Science and Engineering Research Board recognizes outstanding women scientists for research contributions while supporting continued research through grant funding. The Fellow of American Society of Plant Biology (FASPB) designation represents international recognition by premier professional society for plant sciences, acknowledging significant contributions to advancing plant biology knowledge. The Fellow of Linnean Society of London (FLSL, 2022) represents election to world’s oldest active biological society (founded 1788), recognizing distinguished contributions to biological sciences. These international fellowships establish Dr. Singh within global scientific community while providing access to international collaborative networks and resources. The Scientist of the Year Award from National Environmental Science Academy (NESA-2022) recognizes outstanding scientific contributions with societal impact. Additional recognitions include Distinguished Scientist Award (2023), Springer Young Scientist Award, Best Young Scientist Awards, Young Biotechnologist Awards, Women Excellence Award, and Research Excellence Award, collectively demonstrating consistent recognition across multiple dimensions of research excellence. The impressive publication metrics including 80 international research papers, h-index of 24, and over 2,400 citations for researcher approximately 7 years post-Ph.D. significantly exceed typical productivity benchmarks for early-career scientists. The publication portfolio spans high-impact journals (multiple papers in journals with IF > 6.0) while maintaining consistent annual output. The development and grant of three patents including India’s first rice SNP chip patent demonstrates innovation beyond incremental research contributions. The successful supervision of 15 MSc students, 1 MPhil student, and 1 Ph.D. student (completed) represents substantial mentoring accomplishments while managing independent research program, demonstrating effective time management and commitment to training next generation of researchers. The peer review service for premier journals including Nature, Springer, Elsevier, BMC Genomics, Bioinformatics, Frontiers in Plant Science, MDPI journals, Journal of Food Science & Technology, and PLOS One demonstrates recognition by journal editors of technical expertise and scientific judgment worthy of evaluating manuscripts from international research community. The membership in eight professional societies provides engagement with diverse scientific communities and access to collaborative networks. The progression from Senior Research Fellow through postdoctoral training, DST-INSPIRE Faculty, to tenured Assistant Professor at Age 34-36 demonstrates exceptional career trajectory and sustained high performance across career stages.

Societal / Industry Contribution

Dr. Singh’s research generates substantial societal benefits through developing practical tools enabling crop improvement for food security, nutritional security, and sustainable agriculture. The OsSNPnks 50K SNP chip provides affordable genotyping solution ($10-15 per sample) making genomic selection economically viable for breeding programs in developing countries, democratizing access to precision breeding technologies previously available only to well-funded programs in developed countries. This technology enables breeders to accelerate cultivar development (reducing breeding cycle from 10-12 years to 5-7 years through genomic selection), increase genetic gain per unit time, and precisely introgress multiple favorable alleles while maintaining essential agronomic characteristics. The rice chip has been deployed in breeding programs across India and South Asia, contributing to development of improved varieties with enhanced yields, stress tolerance, and grain quality that benefit millions of farmers and consumers. The 62K pigeonpea genic SNP chip enables molecular breeding in this critical pulse crop providing plant-based protein for over one billion people in South Asia and Africa, addressing protein malnutrition while supporting sustainable agriculture through biological nitrogen fixation capabilities of legumes. Dr. Singh’s GWAS research identifying genes for protein content, nutritional traits, and antioxidant activity provides molecular targets for biofortification breeding programs enhancing nutritional quality of staple crops. The research on phosphorus use efficiency in wheat addresses critical challenge of phosphorus fertilizer scarcity and environmental pollution, enabling development of varieties that maintain productivity with reduced phosphorus inputs, benefiting both farm economics and environmental sustainability. The tea HapMap development facilitates breeding of improved tea varieties with enhanced flavor profiles, stress tolerance, and metabolite content, benefiting tea industry (India is world’s second-largest tea producer) and millions of smallholder tea farmers. The research on pearl millet flour shelf-life directly addresses post-harvest quality challenges limiting consumer acceptance of nutritious millet products, supporting dietary diversification away from rice-wheat dominated diets toward climate-resilient, nutritious millets. The opium poppy genomics research supports pharmaceutical industry’s need for high-alkaloid varieties for legitimate medicinal drug production while ensuring sustainable licit cultivation under regulatory frameworks. Dr. Singh’s capacity building activities through training 15 graduate students, delivering 14 training programs to researchers and breeding professionals, and providing 17 invited talks develop technical workforce with skills needed for modern plant breeding and agricultural biotechnology sectors. The development of open-access databases (Ppomicsdb, wild rice database) and bioinformatics tools democratizes access to genomic resources, enabling researchers globally to leverage comprehensive molecular information without expensive data generation. Her research directly supports Government of India initiatives including National Food Security Mission, Nutritional Security programs, and Atmanirbhar Bharat (self-reliant India) objectives for agricultural innovation and food sovereignty. The work contributes to multiple United Nations Sustainable Development Goals including Zero Hunger (SDG 2) through crop yield and quality improvement, Good Health and Well-Being (SDG 3) through nutritional enhancement, Climate Action (SDG 13) through developing climate-resilient varieties, and Partnerships for the Goals (SDG 17) through international research collaborations. The patent protection and potential technology licensing facilitates commercialization while ensuring technology accessibility through reasonable licensing terms. Industry engagement through Corteva Agriscience award demonstrates relevance of research findings to commercial breeding programs and potential for public-private partnerships accelerating technology deployment. The research outcomes inform evidence-based policymaking on agricultural biotechnology, crop improvement strategies, germplasm conservation priorities, and breeding program investments. Dr. Singh’s contributions establish India as innovator in plant genomics technologies while building national capacity for self-reliant agricultural research and development.

Global Recognition

Dr. Singh has achieved remarkable international recognition through prestigious fellowships, publications in leading journals, and membership in elite scientific societies, establishing her as globally recognized expert in plant genomics and crop improvement. The postdoctoral appointment at Cornell University (September 2018 – May 2019) in Professor Edward S. Buckler’s laboratory represents training at world’s premier maize genetics research program within Institute for Genomic Diversity, consistently ranked among top agricultural genomics centers globally. Professor Buckler is internationally renowned pioneer in association genetics, genomic selection methodology, and quantitative genetics, providing Dr. Singh mentorship from global thought leader while building collaborative networks with leading researchers across United States and internationally. The publication of influential review paper “Deep Learning for Plant Genomics and Crop Improvement” in Current Opinion in Plant Biology (IF: 8.43) with Buckler as senior author established Dr. Singh as thought leader in emerging machine learning applications, with the paper becoming widely cited reference for computational biologists adopting artificial intelligence approaches in plant sciences. The Fellow of American Society of Plant Biology (FASPB) designation represents recognition by world’s largest professional society dedicated to plant science research, acknowledging significant contributions advancing plant biology knowledge and potential for continued scientific leadership. ASPB fellowship is highly selective honor limited to distinguished plant biologists who have made outstanding contributions to their fields. The Fellow of Linnean Society of London (FLSL, 2022) represents election to world’s oldest active biological society (founded 1788), based in United Kingdom, recognizing distinguished contributions to natural history and biological sciences. Linnean Society fellowship includes prominent scientists globally and provides access to historic collections, international collaborative networks, and prestigious publication venues. These international society fellowships establish Dr. Singh within global scientific elite while demonstrating recognition beyond India’s scientific community. The publication portfolio in premier international journals including papers in Journal of Experimental Botany (UK), Current Opinion in Plant Biology (Netherlands), Bioinformatics (UK), Critical Reviews in Food Science and Nutrition (USA), Frontiers in Plant Science (Switzerland), Scientific Reports (UK), PLoS One (USA), Plant Cell Reports (Germany), and Industrial Crops and Products (Netherlands) ensures global visibility and accessibility of research findings to international scientific community. The journals employ rigorous peer review by international expert panels, and acceptance represents validation by global research community. The international co-authorship network spanning researchers in United States, United Kingdom, and across India reflects integration into global research community and capability for productive international collaborations. The participation in multiple international genome sequencing consortia including wild rice, wheat, mango, jute, pigeonpea, and tea genome projects demonstrates contributions to major international collaborative research initiatives addressing global agricultural challenges. These consortia typically involve dozens of institutions across multiple countries, requiring coordination, data sharing, and adherence to international standards for genome assembly, annotation, and publication. The citation impact with over 2,400 citations from researchers globally indicates broad influence and relevance of research contributions beyond national boundaries. Citations from research groups in North America, Europe, Asia, Africa, and Latin America demonstrate truly global reach and adoption of methodologies and technologies developed in Dr. Singh’s research program. The DST-INSPIRE Faculty Award requiring international postdoctoral training demonstrates Indian funding agency’s recognition of value of international research experience while supporting return of outstanding scientists to strengthen India’s research capacity. The Corteva Agriscience Award from major international agricultural biotechnology company ($5,000) demonstrates industry recognition of research quality and commercial relevance beyond academic community. The invited talks and training programs delivered to diverse audiences including international conference attendees, visiting researchers, and online participants globally extend influence beyond publications through direct knowledge transfer. Dr. Singh’s research addresses global challenges in sustainable crop improvement, food security, climate change adaptation, and nutritional enhancement that transcend national boundaries and require international collaboration for effective solutions. Her work on developing affordable, accessible genomic technologies specifically targets challenges faced by breeding programs in developing countries where resource limitations prevent adoption of expensive proprietary platforms, demonstrating commitment to equitable access to agricultural innovation globally. The international recognition positions Dr. Singh as ambassador for Indian agricultural research excellence while facilitating continued international collaborations that benefit both Indian and global research communities.

Dr. Nisha Singh, Gujarat Biotechnology University, Gandhinagar, India