New spectroscopic method for estimating valgancyclovir HCl.

Glossary definitions and references:

Scientific and Ayurvedic Glossary list for “New spectroscopic method for estimating valgancyclovir HCl.”. This list explains important keywords that occur in this article and links it to the glossary for a better understanding of that concept in the context of Ayurveda and other topics.

1) Table:
Table refers to the organized arrangement of data in rows and columns, facilitating easy interpretation of analytical results. In the context of scientific research, tables summarize key findings, such as validation parameters and assay results, allowing for comparison and analysis of the data in a structured format, enhancing clarity and understanding.

2) Drug:
The term drug denotes chemical substances that can alter physiological functions when administered. In this study, Valganciclovir is examined for its pharmacological efficacy as an anti-HIV agent. Understanding a drug’s composition, mechanism of action, and therapeutic uses is fundamental in pharmaceutical research and quality control.

3) Science (Scientific):
Scientific denotes an approach based on evidence, systematic investigation, and adherence to methodological rigor. The research exemplifies scientific inquiry by applying validated methods for drug estimation, thus establishing reliability, reproducibility, and integrity in pharmaceutical studies and applications.

4) Study (Studying):
The word study reflects a focused investigation aimed at understanding or elucidating specific phenomena. In context, this study presents the development and validation of a novel UV-spectrophotometric method for estimating Valganciclovir in pharmaceutical formulations, contributing valuable insights to pharmaceutical analytical methodologies.

5) India:
India is significant in pharmaceutical research and development due to its vast market and manufacturing capabilities. The study was conducted in India, emphasizing the importance of developing reliable and cost-effective analytical methods like UV-spectrophotometry, which directly supports the quality assurance of pharmaceutical products.

6) Kumar (Kumār):
Kumar, the surname of one of the authors, denotes an individual's contribution to the research. It highlights the collaborative nature of scientific inquiry, acknowledging that individuals like Sathish Kumar Konidala play an essential role in advancing methodologies and sharing knowledge in the pharmaceutical field.

7) Water:
Water is a widely used solvent in the preparation of pharmaceutical solutions due to its universal solubility profile. In this study, water aids in dissolving Valganciclovir for analysis, demonstrating the significance of solvent selection in analytical procedures, ensuring that optimal solubility conditions are met.

8) Siddhartha (Siddhārtha, Siddhārthā, Siddha-artha):
Siddhartha refers to the Siddhartha Institute of Pharmaceutical Sciences, where the research was conducted. Such institutions are pivotal in advancing pharmaceutical technology and education, providing a platform for innovative research, training future scientists, and implementing new methodologies that ensure drug quality and safety.

9) Activity:
Activity relates to the pharmacological effect exerted by a drug. The study assesses Valganciclovir's antiviral activity, crucial for its role in treating viral infections. Understanding a drug's activity is essential for clinicians and researchers alike in developing effective therapeutic regimens and ensuring treatment efficacy.

10) Quality:
Quality pertains to the standard of the pharmaceutical product, which must meet specific criteria for safety, efficacy, and reliability. The validation of the UV-spectrophotometric method discussed in the study ensures that Valganciclovir formulations maintain high quality, essential for patient safety and therapeutic effectiveness.

11) Tulasi (Tulasī):
Tulasi, another author of the study, showcases the collaborative efforts inherent in scientific research. Authors contribute varying expertise, with each individual's insights and findings enriching the collective understanding of methodologies and results, contributing to the robust outcomes presented in the study.

12) Measurement:
Measurement is the process of obtaining quantitative data about a substance's properties. In the context of this research, it refers to the accurate quantification of Valganciclovir using UV spectrophotometry, ensuring that pharmaceutical formulations are within specified limits for dosage and efficacy.

13) Discussion:
Discussion entails the analysis and interpretation of findings within the research. It provides context for the results, such as the validation of the UV-spectrophotometric method, explaining its relevance to existing methodologies, potential implications in the field, and suggestions for future research avenues.

14) Developing:
Developing signifies the process of creating or improving methodologies or products. In this study, developing a UV-spectrophotometric method illustrates the continual effort in pharmaceutical research to enhance accuracy, efficiency, and cost-effectiveness in drug analysis, impacting both research and industry practices.

15) Lakshmi (Lakṣmī):
Lakshmi, a contributor to the research, highlights the diverse expertise of the author team. Individual researchers, such as Lakshmi Sai Tulasi, provide unique perspectives and skills that enhance the study's comprehensive analysis and methodological advancements in the field of pharmaceutical analysis.

16) Chandra:
Chandra signifies an individual, potentially part of the research team, emphasizing the collaborative nature of scientific work. Each contributor brings different expertise, which collectively aids in achieving the study's goals, ranging from method development to validation and assessment of pharmaceutical quality.

17) Meeting:
Meeting in a scientific context often refers to collaborative gatherings where researchers share findings, discuss methodologies, and exchange knowledge. These interactions are key for fostering innovation and improving analytical methods, directly contributing to effective solutions in pharmaceutical analysis.

18) Surface:
Surface relates to the physical interaction of pharmaceutical compounds with their environment. In analytical chemistry, understanding the properties of surfaces can influence methodologies such as HPLC, and physical properties, highlighting the importance of surface interactions in formulation and analysis of drug products.

19) Mishra (Miśra):
Mishra, a name among the contributors, reiterates the significance of teamwork in scientific research. Acknowledging individual researchers like Mishra reflects the collaborative process of discovery and method development that drives advancements in fields related to pharmaceutical analysis and methodology.

20) Girija (Giri-ja):
Girija represents a contributor to the research, showcasing the diverse backgrounds of authors involved in scientific studies. Contributions from various researchers like Girija Sankar enhance the comprehensive understanding of methodologies, particularly in developing reliable and valid analytical techniques in the pharmaceutical field.

21) Yamini (Yāminī, Yāmiṉi):
Yamini signifies another researcher involved in the study, showing that various individuals' expertise contributes to the overall research quality. Each author, including Yamini Sai Silpa, plays a critical role in the study, emphasizing the importance of teamwork in scientific advancements and discoveries.

22) Dasari:
Dasari alludes to one of the contributors, denoting the necessity of collaboration in research efforts. Authors like Dasari emphasize the collective input required to advance methodologies, ascertain results, and propose innovations within the pharmaceutical analysis discipline.

23) Purity:
Purity in pharmacology signifies the absence of contamination and the presence of the active ingredient at specified concentrations. Ensuring the purity of Valganciclovir is essential for solution efficacy and safety, impacting patient health. This measure is crucial in pharmaceutical analysis protocols.

24) Powder:
Powder refers to the physical state of a drug when it is formulated for analysis. In the study, Valganciclovir was measured after converting it to a powdered form for accurate quantitative analysis, highlighting the importance of appropriate sample preparation in ensuring reliable results.

25) Saxena (Sakshena, Saksena):
Saxena represents another contributor to the published study, reinforcing the collaborative aspects of scientific research. The involvement of researchers like Saxena illustrates the varied contributions of skills and expertise required to achieve comprehensive outcomes in pharmaceutical research.

26) Durga (Durgā, Dur-ga):
Durga reflects the multidimensional authorship of the research. The collaboration among several contributors, including figures such as Durga Devi, demonstrates the global synthesis of knowledge and the collective effort required to drive forward advancements in drug analysis methodologies.

27) Omkara (Oṃkāra, Oṅkāra, Onkar, Omkar, Onkara, Om-kara):
Onkar, a name among the contributors, shows the importance of collaboration in science. Researchers like Onkar Singh contribute diverse insights that enhance analytical methodologies, ensuring comprehensive validation processes that uphold the quality standards essential in pharmaceutical product evaluation.

28) Devi (Devī):
Devi, associated with one of the authors, underscores the significant role of individual researchers in advancing scientific discourse. Contributions from authors, including Tulasi Durga Devi, highlight dimensions of diversity and collective effort necessary for delivering innovative research outcomes.

29) Babu (Bābū):
Babu refers to a contributor and embodies the collaborative spirit of scientific research. Authors like Babu Rao Chandu unify diverse knowledge bases and proficiencies, fostering an enriched environment for developing methodologies that improve analysis quality in pharmaceuticals.

30) Life:
Life, in the scientific context, often pertains to the biological implications of drugs and therapeutic agents. Valganciclovir's efficacy impacts aspects of life by treating viral infections, illustrating how pharmaceutical developments contribute to enhancing the quality of life through effective medical interventions.

31) Viru (Vīṟu):
Viru symbolizes the virucidal effectiveness of the studied drug, Valganciclovir, against viral entities. Understanding its action against HIV provides insight into the drug's role in clinical applications, contributing substantially to therapeutic strategies aimed at combating viral diseases.