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 phacoemulsification outcomes with/without OVDs, demonstrating cost-effectiveness and safety without increased intraocular pressure.

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

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 research showed how diabetes and steroids worsen effects, providing a better understanding of the pathophysiology processes.

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.

The study explores challenges in treating menopausal symptoms, introducing the Menopause-based Treatment Study Framework (MTSF) for more effective and enduring resolution.

This analysis is crucial for identifying barriers to oral contraceptive use, enhancing effectiveness, and improving reproductive health outcomes for diverse populations.

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

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

Biomaterials significantly enhance tissue repair and regeneration, offering innovative solutions in modern medicine and improving patient outcomes.

This review discussed the periodontitis and its prevalence in gum inflammation and bone loss. Local drug delivery systems offer effective treatment, enhancing patient care.

Innovative synthetic blood vessels offer promising solutions for cardiovascular diseases, providing safer, more accessible treatments for aging populations

The review explores an inclusive ML structure, vital for efficient CVD forecasting. The proposed model showcases superior accuracy, emphasizing the need for comprehensive predictive algorithms in cardiovascular health research.

Advanced integration of deep learning (AlexNet) and SVM-RBF for breast cancer diagnosis surpasses existing models, ensuring precise and reliable early detection.

The application of AI in pharmaceuticals holds the promise of personalized therapies, streamlined production, and improved market strategies, making it an indispensable tool for the future of drug development.

Wound features impact healing; indicators like temperature, oxygen levels, and moisture influence the process. This review shows and effective at-home wound monitoring with biosensors.

Contribution to advancing diagnostic methods, proposing innovative treatment approaches, and demonstrating the effectiveness of pharmacist-led preventive strategies for improving population health, reducing the economic burden of cardiovascular diseases, and showing more personalized and mechanism-based approaches in healthcare.

This review shows an advanced machine learning method for efficient segmentation and classification of blood vessels in medical images, revolutionizing diagnostic precision.

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.

Dynamic genomic and transcriptomic evolutionary modeling guides cancer genetics, transforming treatment by predicting drug sensitivity in genomics.

The critical impact of Food-Borne Mycotoxins (FBM) and Artificial Light At Night (ALAN) on DNA methylation, influencing cancer risk and disease outcomes.

A ML-TDI model for thyroid dysfunction identification, addressing underdiagnosis challenges and emphasizing the importance of comprehensive assessment in care.

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.

Evolutionary Computation Network for Drug Repositioning reveals oral cancer stem cells, informing targeted therapies for treatment.

A review of polydopamine sensor in breast cancer diagnosis.

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

The role of miR-202's in discovering biomarkers for early diagnosis and improving therapeutic strategies for breast cancer.

The cancer treatment will be accelerated through drug repositioning.