In a notable achievement for pharmaceutical research and scientific scholarship, Dr. Anshita Gupta has surpassed 1,000 citations on Google Scholar, reflecting the growing international recognition of her contributions to pharmaceutical technology, herbal polymer design, nanomedicine, targeted drug delivery, and phytopharmaceutical research. Her scholarly profile currently records 1,059 citations, an impressive h-index of 18, an i10-index of 25, and 672 citations since 2021, demonstrating the sustained relevance and impact of her research within the global scientific community.
The milestone highlights Dr. Gupta's continued commitment to advancing pharmaceutical sciences through innovative research focused on improving the delivery, efficacy, and therapeutic performance of herbal bioactive compounds using modern drug delivery technologies.
Advancing Pharmaceutical Technology Through Innovative Drug Delivery Systems
Over the years, Dr. Gupta has established herself as a respected researcher in the fields of pharmaceutical technology, herbal formulation development, nanotechnology-based drug delivery, and targeted therapeutic systems. Her research has focused extensively on designing advanced pharmaceutical carriers capable of enhancing drug bioavailability, improving therapeutic outcomes, and minimizing adverse effects associated with conventional dosage forms.
Her scientific investigations integrate herbal medicine with cutting-edge pharmaceutical technologies, contributing to the development of innovative therapeutic approaches for skin cancer, dermatological disorders, infectious diseases, and chronic health conditions.
Highly Cited Research Driving Global Scientific Recognition
Among Dr. Gupta's most influential scientific contributions is the article "Development and Optimization of Apigenin-Loaded Transfersomal System for Skin Cancer Delivery: In Vitro Evaluation," which has received more than 130 citations. The research demonstrated the potential of transfersomal technology for targeted delivery of apigenin in skin cancer therapy and has become an important reference in nanomedicine and dermal drug delivery research.
Another highly cited publication, "Fabrication, In-Vitro Characterization, and Enhanced In-Vivo Evaluation of Carbopol-Based Nanoemulsion Gel of Apigenin for UV-Induced Skin Carcinoma," has earned more than 90 citations, reflecting its scientific significance in topical pharmaceutical formulations and nanocarrier-based cancer therapeutics.
Her collaborative review article "Matrix Metalloproteinase Enzymes and Their Naturally Derived Inhibitors: Novel Targets in Photocarcinoma Therapy" continues to receive widespread international recognition for advancing understanding of naturally derived therapeutic agents in skin cancer management.
Dr. Gupta has also contributed significantly to research on quercetin nanoparticles, nanophytomedicines, microemulsion drug delivery systems, targeted herbal bioactives, transethosomes, and skin-targeting cosmetic formulations, further strengthening her international research profile.
Pioneering Contributions to Herbal and Nanopharmaceutical Research
Dr. Gupta's research portfolio spans several emerging areas of pharmaceutical sciences, including:
- Pharmaceutical Technology and Novel Drug Delivery Systems
- Herbal Polymer Design
- Nanophytomedicines
- Targeted Drug Delivery
- Transfersomes and Transethosomes
- Nanoemulsion-Based Drug Delivery
- Nanoparticle Engineering
- Herbal Dermatological Formulations
- Skin Cancer Therapeutics
- Phytopharmaceutical Development
- Herbal Cosmeceuticals
- Natural Product-Based Pharmaceutical Innovations
Her work has played an important role in demonstrating how advanced nanocarrier systems can improve the therapeutic effectiveness of plant-derived bioactive molecules for the treatment of cancer, inflammatory diseases, microbial infections, and dermatological disorders.
Strong Collaborative Research Network
A defining feature of Dr. Gupta's academic career has been her extensive collaboration with renowned pharmaceutical scientists and researchers across India. Her research collaborations include distinguished academicians such as Prof. (Dr.) Chanchal Deep Kaur, Prof. Swarnlata Saraf, Prof. Shailendra Saraf, Dr. Ravi Kishor Agrawal, Dr. Bina Gidwani, Dr. Amit Alexander, Dr. Mukesh Kumar Singh, Dr. Manmohan Singh Jangdey, and several other prominent researchers working in pharmaceutical sciences and drug delivery technologies.
These collaborative efforts have resulted in numerous high-impact publications in internationally recognized journals, contributing significantly to advancements in pharmaceutical technology, herbal therapeutics, and nanomedicine.
Contributing to Future Pharmaceutical Innovations
In addition to her research publications, Dr. Gupta continues to contribute to pharmaceutical education and scientific advancement through interdisciplinary research focused on developing innovative, evidence-based therapeutic solutions. Her work addresses contemporary healthcare challenges by combining pharmaceutical engineering, herbal medicine, and nanotechnology to create safer and more effective drug delivery systems.
Her research achievements continue to inspire young scientists and scholars pursuing careers in pharmaceutical sciences, drug delivery research, and translational medicine.
A Milestone Reflecting Scientific Impact
Crossing the 1,000-citation milestone represents a significant indicator of the influence and quality of Dr. Gupta's scientific contributions. The continued citation of her publications by researchers worldwide reflects the practical relevance, originality, and lasting value of her work in advancing pharmaceutical technology and targeted therapeutic research.
As the fields of nanomedicine and herbal drug delivery continue to evolve, Dr. Anshita Gupta's research remains an important contributor to the development of innovative pharmaceutical formulations capable of improving patient care and expanding the frontiers of modern drug delivery science.
The Editorial Team extends its heartfelt congratulations to Dr. Anshita Gupta on achieving this distinguished academic milestone. Her outstanding scholarly contributions exemplify excellence in pharmaceutical research and continue to strengthen India's growing presence in the global scientific community through impactful, high-quality research and innovation.
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