Posted by admin on Jun 30, 2024 in |
Green Pharmacy represents a holistic approach to healthcare that emphasizes the importance of controlling the environmental contamination caused by pharmaceuticals. Also, Green Pharmacy prevents environmental contamination due to the API (active pharmaceutical ingredient) present in the medicines. Contamination of the environment by Active pharmaceutical ingredients can occur through various pathways, such as improper disposal, wastewater from pharmaceutical manufacturing industries, and even through excretion by patients. These contaminants adversely affect aquatic ecosystems and potentially impact human health if they enter the food chain supply by any means. Proper disposal and wastewater treatment are crucial to mitigate this environmental risk. This abstract explores the potential benefits of the Green Pharmacy, including reduced adverse effects, sustainability, and cultural preservation. It also addresses the challenges associated with standardization, quality control, and regulatory approval. Additionally, it also provides some new ideas about how to stop or prevent the uncontrolled contamination of API in the environment due to the improper disposal of drugs from pharmaceutical manufacturing industries, hospitals, and also from houses. The Green pharmacy...
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Posted by admin on Jun 30, 2024 in |
Researchers’ interest in nanotechnology, and specifically nanoemulsions (NEs), has grown over time. NEs have a significant role in various sectors because of their droplet size is small and large surface area. The components, characteristics, creation, and applications are outlined in this review article. This article also discusses the benefits and drawbacks of nanoemulsion. High input energy and low input energy approaches can be utilized to create nanosized emulsions. High-pressure homogenization, microfluidization, and ultrasonic emulsification are all extensively discussed in high energy approaches. Low energy methods put an emphasis on Spontaneous Emulsification, Phase Inversion Composition (PIC), Phase Inversion Temperature (PIT), and D-phase Emulsification (DPE) techniques. The uses of NEs in the fields of medication delivery and cosmetics are discussed. The evaluation parameter and the future aspect of nanoemulsion are also discussed in this...
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Posted by admin on Jun 30, 2024 in |
Capparis zeylanica Linn (Capparidaceae), commonly known as “wild caper” is a plant species found in tropical regions. It is known as culinary and medicinal uses. The abstract of a comprehensive study on this plant might discuss traditional uses, phyto-chemical composition. Also, future perspectives about plant: is a computational technique used to study the interaction between small molecules, such as active constituent or ligands and specific target proteins or receptors. When it comes to Capparis zeylanica, morphological and pharmacological studies might involve exploring how the plants bioactive compounds interact with certain biological targets. These studies can help in understanding the potential medicinal properties of Capparis zeylanica and its ability to act on several wide diseases. The results of such detailed studies can provide insights into the plants therapeutic...
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Posted by admin on Jun 30, 2024 in |
Numerous genetic and epigenetic differences contribute to the complexity and multifaceted nature of the disease known as cancer. Artificial intelligence is opening up a lot of possibilities in the fight against cancer. AI-guided clinical care has the potential to significantly reduce health problems, particularly in low-resource countries. Numerous tools and applications of AI are being offered in the field of oncology. The most significant illness at the moment is cancer. AI played a significant influence at a time when treating cancer was extremely tough. AI has the potential to significantly advance cancer surveillance, speed drug discovery, and help characterize cancers’ genomes. Today, AI is utilized to treat tumors of the cornea, lungs, cervix, and other types. This article discusses all types of tumors, their effects, AI-assisted diagnosis, and treatment. In addition to highlighting the different ways artificial intelligence is exploding in oncology, this article also discusses the challenges that humans must face in overcoming AI’s...
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Posted by admin on Jun 30, 2024 in |
Proniosomes are provesicular dried or anhydrous formulations that are composed using non-ionic surfactants and solvents. The non-ionic surfactant’s hydrophilic portion orients outward to form a bilayer, while the hydrophobic portion moves inward. Medicines with hydrophilic properties are contained in vesicles, while hydrophobic drugs get embedded in proniosome bilayers. Proniosomes are physically stable while storage and handling when compared to liposomes and niosomes. They can be used to impart targeted drug action, enhance retention time, increase penetration of drug at target tissue, sustain/ control drug release and minimize side effects. These proniosomes can be rehydrated with hot aqueous solution and constant stirring and transformed to niosomes immediately when needed. Generally, proniosomes are either converted to niosomes or proniosomal gel for transdermal drug delivery to use of the benefits associated with proniosomes. This review article focuses on structure, mechanism of drug transport, composition, preparation, characterization methods of proniosomes and the research carried out in past in field of provesicular drug delivery...
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