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Genome Biology is a peer-reviewed journal that exclusively publishes research focused on genetics, rather than the broader field of genomics.
Answer: False
Explanation: Genome Biology focuses on genomics research, which encompasses genetics but is broader in scope, including gene function and regulation.
Genome Biology primarily publishes research focused on computational linguistics.
Answer: False
Explanation: Genome Biology's primary focus is genomics research, not computational linguistics.
Classifying the journal under the 'Genomics' discipline implies it covers all aspects of biology.
Answer: False
Explanation: The 'Genomics' discipline classification indicates a specialized focus on genomes, not necessarily all aspects of biology.
Genome Biology's articles are published in French.
Answer: False
Explanation: Genome Biology publishes its articles exclusively in English.
The journal's primary focus is genomics research, including gene function and regulation.
Answer: True
Explanation: Genome Biology's core focus is indeed genomics research, encompassing areas such as gene function and regulation.
What is the primary field of research covered by the journal Genome Biology?
Answer: Genomics
Explanation: The primary field of research covered by Genome Biology is genomics, encompassing the study of genomes and their functions.
How does Genome Biology contribute to the scientific community?
Answer: By providing a platform for peer-reviewed genomics research accessible globally.
Explanation: Genome Biology contributes by offering a globally accessible platform for peer-reviewed genomics research.
The journal Genome Biology was established in the year 2000.
Answer: True
Explanation: Genome Biology commenced its publication history in the year 2000.
Genome Biology is published by Springer Nature.
Answer: False
Explanation: Genome Biology is published by BioMed Central, a publisher known for its open-access model.
All articles published in Genome Biology are freely accessible without requiring a subscription.
Answer: True
Explanation: As an open-access journal, Genome Biology makes all its published articles freely available to the public without subscription barriers.
Genome Biology uses a traditional quarterly publication schedule.
Answer: False
Explanation: Genome Biology employs a continuous publication model, releasing articles online as they are ready, rather than adhering to a fixed quarterly schedule.
Continuous publication means articles are published only once a year.
Answer: False
Explanation: Continuous publication signifies that articles are published online as they become ready, not limited to a single annual release.
BioMed Central is responsible for managing the publication process and ensuring open-access principles for Genome Biology.
Answer: True
Explanation: BioMed Central, as the publisher, manages the publication process and upholds the open-access principles for Genome Biology.
The open-access nature of Genome Biology hinders scientific collaboration by limiting access.
Answer: False
Explanation: Open access actually facilitates scientific collaboration by increasing accessibility to research findings.
Genome Biology was established after the year 2000.
Answer: False
Explanation: Genome Biology was established in the year 2000, not after.
Genome Biology is published by BioMed Central, known for its open-access model.
Answer: True
Explanation: BioMed Central is the publisher of Genome Biology and is recognized for its commitment to open-access publishing.
Genome Biology is available both in print and online formats.
Answer: True
Explanation: Genome Biology maintains availability in both print and online formats.
Which publisher is responsible for Genome Biology?
Answer: BioMed Central
Explanation: BioMed Central is the publisher responsible for Genome Biology.
In what year did Genome Biology begin its publication?
Answer: 2000
Explanation: Genome Biology commenced publication in the year 2000.
What does it mean for Genome Biology to be an 'open-access' journal?
Answer: Content is freely available to read, download, and share without fees.
Explanation: An open-access journal like Genome Biology provides free and unrestricted access to its content for readers.
How are articles published in Genome Biology disseminated to the public?
Answer: As they are ready online, on a continuous basis.
Explanation: Genome Biology utilizes a continuous publication model, making articles available online as soon as they are ready.
How does the 'continuous' publication model benefit researchers?
Answer: It allows for faster dissemination of new findings.
Explanation: The continuous publication model benefits researchers by enabling the rapid dissemination of new findings as soon as they are accepted.
What is the role of BioMed Central in relation to Genome Biology?
Answer: It is the publisher, managing content distribution under open-access principles.
Explanation: BioMed Central serves as the publisher for Genome Biology, overseeing its content distribution and open-access framework.
Which of the following statements about Genome Biology's publication details is TRUE?
Answer: It was established in 2000 and is published by BioMed Central.
Explanation: Genome Biology was established in 2000 and is published by BioMed Central, aligning with factual details about the journal.
Which statement accurately describes the publication frequency of Genome Biology?
Answer: Published continuously online as articles are accepted.
Explanation: Genome Biology employs a continuous publication model, releasing articles online as they are finalized.
Andrew Cosgrove serves as the Chief Editor for Genome Biology.
Answer: True
Explanation: Andrew Cosgrove holds the position of Chief Editor for the journal Genome Biology.
The content published in Genome Biology is licensed under a Creative Commons license that prohibits reuse.
Answer: False
Explanation: The content is licensed under CC BY 4.0, which permits reuse and redistribution with attribution.
The Chief Editor, Andrew Cosgrove, is responsible for managing the journal's finances.
Answer: False
Explanation: While Chief Editor, Andrew Cosgrove's primary responsibilities involve editorial oversight, not typically direct financial management.
The CC BY 4.0 license allows commercial use of Genome Biology's articles without needing explicit permission.
Answer: True
Explanation: The CC BY 4.0 license permits commercial use of the articles, provided proper attribution is given.
Andrew Cosgrove is the founder of Genome Biology.
Answer: False
Explanation: Andrew Cosgrove is the Chief Editor, not the founder, of Genome Biology.
Who is currently listed as the Chief Editor of Genome Biology?
Answer: Andrew Cosgrove
Explanation: Andrew Cosgrove is currently listed as the Chief Editor of Genome Biology.
What license governs the reuse of content published in Genome Biology?
Answer: CC BY 4.0
Explanation: The reuse of content published in Genome Biology is governed by the CC BY 4.0 license.
What does the CC BY 4.0 license permit regarding Genome Biology's content?
Answer: Free distribution and reuse, provided credit is given.
Explanation: The CC BY 4.0 license permits free distribution and reuse of Genome Biology's content, contingent upon proper attribution.
The CC BY 4.0 license allows others to do which of the following with Genome Biology's content?
Answer: Modify and distribute the content, including for commercial purposes, with attribution.
Explanation: The CC BY 4.0 license permits modification and distribution of content, including for commercial purposes, provided attribution is given.
The standard ISO 4 abbreviation for Genome Biology is 'Gen Bio'.
Answer: False
Explanation: The correct ISO 4 standard abbreviation for Genome Biology is 'Genome Biol.', not 'Gen Bio'.
Genome Biology is assigned the CODEN identifier GNBLFW.
Answer: True
Explanation: The CODEN identifier assigned to Genome Biology is indeed GNBLFW.
Both the print and online versions of Genome Biology share the same ISSN.
Answer: False
Explanation: Genome Biology has distinct ISSNs for its print (1474-760X) and online (1465-6906) versions.
The Library of Congress Control Number (LCCN) for Genome Biology is 2002262017.
Answer: True
Explanation: The LCCN for Genome Biology is correctly identified as 2002262017.
The ISO 4 abbreviation 'Genome Biol.' is used for consistent citation in academic literature.
Answer: True
Explanation: The 'Genome Biol.' abbreviation, following ISO 4 standards, ensures consistent citation practices in academic contexts.
The print ISSN for Genome Biology is 1465-6906.
Answer: False
Explanation: The print ISSN for Genome Biology is 1474-760X; 1465-6906 is the ISSN for the online version.
The OCLC number helps identify Genome Biology's presence in library collections globally.
Answer: True
Explanation: The OCLC number serves as a key identifier for locating Genome Biology within library catalogs worldwide.
The CODEN identifier GNBLFW is used to track the journal's subscription numbers.
Answer: False
Explanation: CODEN identifiers are used for unique identification of serial publications, not for tracking subscription numbers.
The online version of Genome Biology uses the ISSN 1474-760X.
Answer: False
Explanation: The online version of Genome Biology uses the ISSN 1465-6906; 1474-760X is the ISSN for the print version.
What is the ISO 4 standard abbreviation for Genome Biology?
Answer: Genome Biol.
Explanation: The ISO 4 standard abbreviation for Genome Biology is 'Genome Biol.'
Which unique identifier is employed to identify Genome Biology as a serial publication?
Answer: CODEN
Explanation: The CODEN identifier (GNBLFW) is specifically used to identify serial publications like Genome Biology.
Genome Biology has two distinct ISSNs. What do these typically represent?
Answer: Print and online versions.
Explanation: Distinct ISSNs for a journal typically differentiate between its print and online versions.
What is the purpose of the Library of Congress Control Number (LCCN) for Genome Biology?
Answer: For cataloging purposes by the Library of Congress.
Explanation: The LCCN is primarily used by the Library of Congress for cataloging and identifying publications.
What information is provided by the OCLC number for Genome Biology?
Answer: Its holdings in libraries worldwide.
Explanation: The OCLC number provides information regarding the journal's holdings across libraries globally.
What does the print ISSN 1474-760X specifically identify?
Answer: The print version of the journal.
Explanation: The print ISSN 1474-760X specifically identifies the print edition of the Genome Biology journal.
Genome Biology is indexed in major databases such as PubMed, Scopus, and Web of Science.
Answer: True
Explanation: Genome Biology is indeed indexed in prominent databases including PubMed, Scopus, and Web of Science.
Genome Biology is listed in the Zoological Record, indicating its coverage of zoological research.
Answer: True
Explanation: Inclusion in The Zoological Record signifies that Genome Biology's content is accessible through databases focused on zoological research.
Genome Biology is indexed in Embase, which is a biomedical literature database.
Answer: True
Explanation: Genome Biology is indeed indexed in Embase, a significant biomedical literature database.
Which of the following is NOT listed as a major abstracting or indexing service for Genome Biology?
Answer: Chemical Abstracts
Explanation: While Genome Biology is indexed in many services, Chemical Abstracts is not listed among the major ones provided in the source material.
Why is Genome Biology's indexing in MEDLINE/PubMed significant?
Answer: It makes the research highly discoverable by the global scientific community.
Explanation: Indexing in MEDLINE/PubMed significantly enhances the discoverability of Genome Biology's research among the global scientific community.
What is the primary implication of Genome Biology being indexed in The Zoological Record?
Answer: Its content is accessible through zoological research databases.
Explanation: Indexing in The Zoological Record implies that Genome Biology's content is discoverable within databases relevant to zoological research.
What is the significance of Genome Biology being indexed in Science Citation Index?
Answer: It allows researchers to track the influence and impact of published articles through citations.
Explanation: Indexing in the Science Citation Index allows for tracking citations, thereby measuring the influence and impact of published articles.
The impact factor reported for Genome Biology in 2024 was approximately 9.1.
Answer: True
Explanation: The journal's impact factor for 2024 was indeed reported as approximately 9.1.
The 2024 impact factor for Genome Biology is sourced from the Journal Citation Reports.
Answer: True
Explanation: The Journal Citation Reports is the recognized source for the impact factor metric of Genome Biology.
An impact factor of 9.1 suggests that Genome Biology is a highly influential journal in its field.
Answer: True
Explanation: A high impact factor, such as 9.1, generally indicates significant influence and citation frequency within a journal's field.
The Journal Citation Reports is the source that provides the impact factor metric for Genome Biology.
Answer: True
Explanation: The Journal Citation Reports is the definitive source for the impact factor metric of Genome Biology.
What does the impact factor of 9.1 (for 2024) indicate about Genome Biology?
Answer: Its articles are cited, on average, 9.1 times.
Explanation: An impact factor of 9.1 signifies that, on average, articles published in Genome Biology receive 9.1 citations.
Where does the Journal Citation Reports obtain the impact factor for Genome Biology?
Answer: Analysis of citation data within the Web of Science.
Explanation: The Journal Citation Reports derives the impact factor by analyzing citation data, primarily from the Web of Science database.
The 'stub' classification indicates that an article concerning Genome Biology is a complete and comprehensive overview.
Answer: False
Explanation: A 'stub' classification signifies a basic, short entry that requires further expansion, not a comprehensive overview.
The 'peer-reviewed' status ensures that all published articles have undergone expert evaluation for scientific rigor.
Answer: True
Explanation: The peer-review process involves expert evaluation to ensure the scientific rigor and validity of published articles.
The 'stub' classification signifies for an article concerning Genome Biology.
Answer: True
Explanation: The 'stub' classification indicates that the article is a basic, short entry requiring further expansion and more comprehensive information.
What does the 'peer-reviewed' status imply about the articles in Genome Biology?
Answer: They have been evaluated by experts for quality and validity.
Explanation: The 'peer-reviewed' status implies that articles have undergone expert evaluation to ensure their quality and validity.
What does the 'stub' classification signify for an article concerning Genome Biology?
Answer: The article is a placeholder needing more content.
Explanation: A 'stub' classification indicates that the article is a basic entry requiring additional content and expansion.
The official website for Genome Biology can be found at genomebiology.org.
Answer: False
Explanation: The official website for Genome Biology is accessible via genomebiology.com.
The journal's website is accessible via genomebiology.biomedcentral.com/articles.
Answer: False
Explanation: The primary official website for Genome Biology is genomebiology.com, although articles may be accessible via BioMed Central's platform.
Where can one find the official website for Genome Biology?
Answer: genomebiology.com
Explanation: The official website for Genome Biology is accessible at genomebiology.com.