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Prolonged Stimulation Of Growth Hormone GH And Insulin-like Growth Factor I Secretion By CJC-1295, A Long-acting Analog Of GH-releasing Hormone, In Healthy Adults Account In the context of scientific literature, an “account” refers to the detailed record that journals and databases maintain for each publication. This includes bibliographic data such as title, authors, abstract, keywords, and identifiers (DOI, PubMed ID). For researchers studying CJC-1295’s effects on GH and IGF-I secretion, accessing the account allows them to verify metadata, track citation history, and retrieve supplementary materials that may be housed within the publisher’s repository. Save citation to file Most reference managers provide an option to export citations directly into a file format such as RIS or BibTeX. When working with data on CJC-1295, exporting the citation enables integration into systematic reviews, meta-analyses, or grant proposals without manual entry errors. The exported file preserves crucial fields—author list, publication year, journal name, volume, issue, and page range—ensuring reproducibility of bibliographic references across collaborative projects. Email citation The “email citation” function allows a researcher to send the formatted reference to colleagues or collaborators instantly. In multi-disciplinary studies that involve endocrinologists, pharmacologists, and data scientists investigating GH stimulation protocols, sharing the citation via email ensures all team members are aligned on the source material. This feature often supports multiple citation styles (APA, Vancouver, MLA), facilitating cross-institutional communication. Add to Collections Within many academic databases, a “collection” is a curated group of articles that share thematic or methodological relevance. By adding the CJC-1295 study to a collection titled “Growth Hormone Modulators,” researchers can quickly retrieve related literature for comparative analyses. Collections also support automated alerts, notifying users when new studies on GH analogues appear. Add to My Bibliography Adding an article to one’s personal bibliography is essential for maintaining an up-to-date reference list. For graduate students drafting theses on peptide hormone therapies, the “Add to My Bibliography” button inserts the publication into their library software (e.g., EndNote, Zotero). This streamlines citation formatting and ensures consistent referencing across chapters. Your saved search A saved search in a database captures a query that can be re-executed at any time. For longitudinal monitoring of GH research, a researcher might save a search for “CJC-1295 AND insulin-like growth factor I” to receive alerts when new papers are indexed. This function is particularly useful for staying current with emerging data on long-acting GHRH analogues. Create a file for external citation management software Some platforms allow the creation of files specifically formatted for third-party tools like Mendeley or RefWorks. Generating such a file for the CJC-1295 article ensures that metadata—including abstract, keywords, and MeSH terms—are correctly parsed, reducing manual corrections when importing into these external systems. Your RSS Feed Many journals offer an RSS feed that delivers updates on newly published articles matching specified criteria. Subscribing to an RSS feed focused on endocrine therapy or peptide hormones guarantees real-time notification of studies related to GH secretion, including new findings on CJC-1295’s pharmacodynamics. Full text links Accessing full-text links provides direct entry points to the article’s PDF or HTML version. For detailed analysis of methodology—such as dosage regimens and assay techniques used to measure GH and IGF-I levels—researchers must consult the complete document. Full-text links often include supplementary files (raw data, protocol details) essential for replication. Actions The “actions” menu typically lists available operations: downloading PDFs, exporting citations, requesting copies via interlibrary loan, or sharing on social platforms. Selecting appropriate actions streamlines workflow; for example, a researcher might download the PDF and simultaneously export the citation to BibTeX. Page navigation Page navigation tools enable users to move through multi-page abstracts, tables, or figures within the article interface. For complex datasets like time-course GH secretion curves presented in the CJC-1295 study, easy navigation allows reviewers to focus on specific sections (e.g., baseline vs post-treatment comparisons). Affiliation Author affiliations reveal institutional contexts—universities, research institutes, or pharmaceutical companies—that may influence study design. Noting that the CJC-1295 investigation was conducted at a university pharmacology department versus an industry lab can inform readers about potential conflicts of interest or resource availability. Authors Listing authors provides insight into expertise and collaboration networks. For GH research, prominent names might indicate leading contributors to peptide hormone therapy. Recognizing author order also helps assess primary investigators responsible for study conception and data analysis. Abstract The abstract summarizes key findings: CJC-1295’s ability to prolong GH secretion, resulting in sustained IGF-I elevation over a 24-hour period in healthy adults. It outlines the randomized controlled design, dosage (e.g., 10 µg/kg), and measurement techniques (RIA for GH, ELISA for IGF-I). This concise overview guides readers on whether to delve deeper into methodology. Similar articles Databases often list semantically related papers—studies comparing other GHRH analogues like MK-0677 or evaluating GH dynamics in different populations. Reviewing similar articles enables contextualizing CJC-1295’s performance relative to alternatives and identifying gaps for future research. Cited by sermorelin reflects the article’s influence. A high number of citations may indicate that the study has become a foundational reference for subsequent investigations into long-acting GHRH analogues, informing clinical trial designs or pharmacokinetic modeling. Publication types Classification such as “clinical trial,” “review,” or “meta-analysis” informs readers about the nature of evidence. The CJC-1295 article being a randomized controlled trial signals primary data generation, essential for evidence hierarchies in endocrinology guidelines. MeSH terms Medical Subject Headings (MeSH) like “Growth Hormone,” “Insulin-like Growth Factor-1,” and “Peptide Hormones” facilitate precise indexing. Researchers searching MeSH terms can retrieve the article when exploring endocrine signaling pathways or therapeutic interventions for GH deficiency. Substances Listing substances—CJC-1295, GH, IGF-I—helps in pharmacological databases to link chemical properties, metabolic pathways, and regulatory status. This aids researchers in cross-referencing with drug approval documents or adverse event reports. Related information Links to related resources such as clinical trial registries, regulatory approvals, or patient education materials broaden the context. For instance, a note that CJC-1295 is under investigation for anti-aging therapies connects basic research to translational applications. LinkOut – more resources The LinkOut feature aggregates external links: PubMed Central, ClinicalTrials.gov, and patent databases. Accessing these resources allows researchers to verify trial protocols, examine funding sources, or explore intellectual property landscapes surrounding CJC-1295. Full Text Sources A list of full-text providers—publisher’s website, open-access repositories, institutional archives—ensures that readers can retrieve the article through multiple channels. This redundancy is critical when paywalls impede direct access, allowing researchers to obtain the necessary data for systematic reviews or meta-analyses.
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