This study determined Nickel (II) phthalocyanine's antioxidant efficacy, structural characterization, and versatile applications in industry and therapeutic advancements.

Solid lipid nanoparticles improved anti-tubercular drug encapsulation, stability, and lung retention, offering a promising targeted pulmonary delivery approach for tuberculosis treatment.

This study showed NDDS as a promising strategy to improve the therapeutic potential of plant-derived drugs like curcumin.

This study revealed curcumin-loaded PLGA nanoparticles' potential to enhance bioavailability, stability, and therapeutic efficacy, supporting their application in targeted therapy and controlled release.

This study demonstrated that a 5% milk-based ointment significantly accelerated wound healing and improved tissue strength compared to conventional treatments in rabbits.

This study demonstrated the adverse effects of azo dye Brown HT on juvenile health, underscoring the need for safer food practices to protect vulnerable populations.

This study validates HPLC for accurately quantifying glycyrrhizic acid in FLEGMEN-SIP capsules, ensuring therapeutic compliance for neurological treatments.

This study determined the Glycocar's potential to enhance insulin secretion, reduce hyperglycemia, and improve glucose metabolism, offering a promising alternative for diabetes management.

Parasteron reduces atherosclerosis-related damage, suggesting potential as a therapeutic agent in managing cardiovascular disease.

This study showed the gender-specific toxicological impacts of Chocolate Brown HT as safer food colorant practices and regulatory guidelines.

Nanotechnology might induce esophageal cancer treatment, enhancing patient outcomes with copper and gold nanoparticles boosting therapy efficacy and diagnostic precision.

Grape juice elevates alanine transaminase and creatinine, exacerbating paracetamol toxicity. Caution advised when consuming paracetamol with grape juice.

Investigates medicinal balm's safety, showing no embryotoxic, teratogenic effects, or chronic toxicity, supporting its use in complex therapy.

This study demonstrated fenugreek's potential to improve sperm quality and hormone levels in hypothyroid male rats, suggesting therapeutic benefits.

Glioma's high mortality and treatment challenges necessitate innovative strategies like nanoparticle-based drug delivery, enhancing therapy efficiency and prognosis.

The integration of Moringa oleifera nanoparticles and shea butter in lotion represents a groundbreaking milestone in skincare. This fusion offers profound benefits, including deep hydration and potent anti-inflammatory properties.

This study showed the impact of hydrophilic and hydrophobic colorants on drug release, crucial for improving palatability and therapeutic efficacy of fast dissolving tablets.

Resveratrol counters acrylonitrile's adverse effects, preserving thyroid and adrenal function, evidenced hormonally and histologically, suggesting therapeutic potential.

Sumac-synthesized silver nanoparticles (SAgNP) showed an eco-friendly approach to reduce blood lead levels, promising safer, cost-effective lead detoxification.

This study addressed the critical need for antidotes against benzene toxicity, highlighting Moringa oleifera's potential immunomodulatory effects.

Spectrophotometric evaluation of sulphonamide using azo compounds offers a rapid, sensitive, and cost-effective method for quantitative pharmaceutical analysis.

The study elucidated the synthesis, structural characterization, and diverse biological activities of spiro heterocyclic compounds.

Novel approach fights antibiotic resistance. Enhances DNA extraction efficiency. Eliminates resistance plasmids, aiding biotechnology. Highlights research needs for nanoparticle optimization and mechanism understanding.

By utilizing LAB-mediated fermentation, this study demonstrated a natural and effective method for controlling mycotoxin contamination in traditional Tarasas food.

This study demonstrated the synthesis of Schiff bases, like azo-Schiff metal complexes, showing therapeutic effects.

Novel flow injection analysis improves Diphenhydramine HCL detection in pharmaceuticals with high sensitivity, speed, simplicity, and cost-effectiveness, enhancing industrial efficiency.

This study demonstrated a novel approach to the synthesis of oxazepine derivatives, key heterocyclic compounds with potential pharmacological applications.

Thiazolidine derivatives, synthesized from heterocyclic compounds, exhibit diverse biological activities, including antibacterial effects against various bacterial strains, suggesting potential pharmaceutical applications.

The research determined how vitamin D plays a vital part in relieving kidney and liver damage from cadmium, thus having important implications for treatment.

The research focuses on the indirect determination of vitamin C in various pharmaceutical formulations, as well as in natural fruit samples and commercially available juices. For the first time, a novel organic dye was utilized in the process, and it was found that the method was indeed effective for the quantification of vitamin C in these products.

Entamoeba histolytica causes widespread amebiasis. Chitosan-paromomycin nanoconjugates effectively treated infected mice, reducing liver enzyme levels, showing promising therapeutic potential.

Atherosclerotic patients need therapies targeting inflammation and oxidation. This study supports Dapagliflozin's use for clinical benefits in atherosclerosis.

Anti-cancer activity of Gemini surfactants in human breast cancer cells

ALP, ALT and AST enzymes increased significantly when directly exposed to this pesticide as a result of its effect on kidney and liver functions.

Evaluate the healing effects of esomeprazole, curcumin, chitosan, and a curcumin-chitosan mixture on gastric injuries induced by ethanol in rats.

Formulating ketotifen fast-dissolving tablets (FDT) tackled poor bioavailability challenges, emphasizing sodium bicarbonate's pivotal role for rapid tablet disintegration, highlighting FDT viability for asthmatic treatment.

Introduced piperidine-catalyzed protection in aldehydes, guiding anti-cancer compound optimization.

Study of Gymnema sylvestre plant for the treatment and management of diabetes.

The inhibition activity of PZ on carrageenan-induced arthritis, humoral and cellular immunity, and pain and inflammation.

Antibacterial efficacy of new chemical compounds named benzaldehyde derivatives.

Ox in combination Cur demonstrated very high synergism against HT-29 and Caco-2 cell lines.

Metal salts and base rosmarinates demonstrated potent anti-GBM efficacy as IL17A inhibitor with minimal toxicity.   

SLOS vesicles can be considered for effective dermal therapeutic agent for the treatment of skin cancer.

AI compresses AMR diagnosis and discovery timelines dramatically, yet no tool has reached regulatory clearance — validation and trust, not algorithms, remain the bottleneck.

Integrating transcriptomic, epigenetic, and functional organoid data with genomics may finally close oncology’s persistent gap between diagnosis and matched treatment.

Effective impurity control safeguards patient safety while accelerating pharmaceutical innovation and regulatory approval.

The study underscores nanoparticles' potential to improve stability, bioavailability, and therapeutic efficacy of anti-diabetic drugs versus conventional formulations.

This study enhances drug release evaluation and improves therapeutic outcomes using advanced dissolution testing techniques.

Developing pegylated liposomal teriflunomide may enhance breast cancer treatment efficacy, reduce side effects, and improve patient outcomes.

This review discusses the importance of tailored tablet coatings to optimize drug release, stability, bioavailability, and therapeutic efficacy.

This study highlights the role of Quality Assurance in ensuring product integrity, patient safety, and driving pharmaceutical innovation.

This review discusses the use of nanoparticles as innovative solutions for disrupting bacterial oral biofilms, enhancing antimicrobial efficacy, and revolutionizing oral healthcare with minimal resistance.

This study showed advanced nanotechnology-based paclitaxel delivery systems, offering enhanced cancer targeting, reduced side effects, and potential solutions to drug resistance.

This review highlights the therapeutic potential of quinazoline derivatives in cancer treatment, focusing on their ability to target critical tyrosine kinases and offering insights into their development as effective anticancer agents.

This review highlights novel SGLT2 inhibitors, emphasizing their potential in enhancing therapeutic options for type 2 diabetes management.

This review provides innovative therapies targeting lipid metabolism, offering personalized options to improve outcomes in hyperlipidemia management.

This review highlights AI's potential to revolutionize drug discovery, development, and regulatory processes, improving patient outcomes and healthcare efficiency.

AI is revolutionizing drug development by accelerating discoveries and creating more personalized treatments, thereby making healthcare more efficient for everyone.

This review addresses advancements in paclitaxel drug delivery, emphasizing innovative methods to enhance efficacy and combat resistance.

This review describes the understanding of atherosclerosis through animal models aids in revealing disease mechanisms, testing treatments, and improving therapeutic strategies for humans.

The study aims to provide a detailed understanding of statins, their pharmacodynamics, and the various types involved as beneficial agents in the treatment of bone resorption and hypercholesterolemia.

This review comprehensively discusses the transdermal drug delivery systems (TDDS) in the area of drug administration, for non-invasive, precise, and efficient delivery, overcoming oral limitations.

Oncology research seeks new therapies for aggressive CRC, utilizing repurposed drugs for accelerated and safer treatment approaches.

Quantitative Systems Pharmacology models immune processes in breast cancer, aiding personalized treatment by identifying biomarkers, resistance mechanisms, and therapeutic options

Utilizing innovative postbiotics and Simvastatin Polymeric Nanoparticles, wound research accelerates healing, promising improved treatment with minimal inflammation.

Machine Learning (ML) transforms drug development, predicting drug properties, targets, interactions, and facilitating efficient exploration for researchers and pharmaceutical companies.

Using curcumin nanocarriers could provide several benefits in combating cancers

To establish potential DPP-4 inhibitors. 

A targeted drug delivery approach, using double-imprinted nanoparticles and EGFR-SVM, to enhance anticancer drug effectiveness selectively in tumor cells.

Targeted nanoparticle delivery to Lung Cancer Cells, using hydrophobin-coated niosomes, addressing multidrug resistance, and enhancing treatment efficacy.

Study explores Cannabis use by metastatic tumor patients, analyzing active components, addressing gaps in research, and promoting informed medical guidance.

Echocardiography-based strain imaging offers early detection of cardiac abnormalities, treatment, and research strategy. 

The cancer treatment will be accelerated through drug repositioning.