Erratum to: Improving Replicability, Reproducibility, and Reliability in Preclinical Research: A Shared Responsibility [0.03%]
可复制性、可重现性和预临床研究可靠性的提升：共同的责任（发表勘误）
Christopher Cheleuitte-Nieves,Neil S Lipman
Christopher Cheleuitte-Nieves
Moving Beyond the Absence of Pain and Distress: Focusing on Positive Animal Welfare [0.03%]
超越无痛和苦难：关注积极的动物福利
Patricia V Turner
Patricia V Turner
For many years, researchers, veterinarians, animal ethics committees, and regulators have focused on minimizing pain and distress as a primary goal of refinement when working with animals in science. More recent publications as well as a sh...
Rebecca L Walker
Rebecca L Walker
Published Erratum
ILAR journal. 2021 Sep 24;60(3):439. DOI:10.1093/ilar/ilaa019 2021
Micro- and Macroenvironmental Conditions and Stability of Terrestrial Models [0.03%]
微和宏观环境条件和陆地模型的稳定性
Vanessa K Lee,John M David,Michael J Huerkamp
Vanessa K Lee
Environmental variables can have profound effects on the biological responses of research animals and the outcomes of experiments dependent on them. Some of these influences are both predictable and unpredictable in effect, many are challen...
The Role of Feed in Aquatic Laboratory Animal Nutrition and the Potential Impact on Animal Models and Study Reproducibility [0.03%]
饲料在水生实验动物营养中的作用及其对动物模型和研究可重复性的潜在影响
Andrea Brenes-Soto,Marc Tye,Michael Y Esmail
Andrea Brenes-Soto
Feed plays a central role in the physiological development of terrestrial and aquatic animals. Historically, the feeding practice of aquatic research species derived from aquaculture, farmed, or ornamental trades. These diets are highly var...
Aquatic Models: Water Quality and Stability and Other Environmental Factors [0.03%]
水生模型：水质、稳定性和其他环境因素
Erik Sanders,Susan C Farmer
Erik Sanders
The use of aquatic animals in ecotoxicology, genetic, and biomedical research has grown immensely in recent years, especially due to the increased use of zebrafish in the laboratory setting. Because water is the primary environment of most ...
Relevance of Electrical Light on Circadian, Neuroendocrine, and Neurobehavioral Regulation in Laboratory Animal Facilities [0.03%]
电气照明在实验动物设施的昼夜节律、神经内分泌和神经行为调节中的相关性
John P Hanifin,Robert T Dauchy,David E Blask et al.
John P Hanifin et al.
Light is a key extrinsic factor to be considered in operations and design of animal room facilities. Over the past four decades, many studies on typical laboratory animal populations have demonstrated impacts on neuroendocrine, neurobehavio...
Corrigendum to: Nonexperimental Xenobiotics: Unintended Consequences of Intentionally Administered Substances in Terrestrial Animal Models [0.03%]
校正：非实验性异物：在陆地动物模型中故意施用物质的意外后果
Scott E Perkins,F Claire Hankenson
Scott E Perkins
Published Erratum
ILAR journal. 2022 Jan 7;61(1):103. DOI:10.1093/ilar/ilaa020 2022
Steven M Niemi
Steven M Niemi
Harm-benefit analyses (HBAs) are becoming de rigueur with some governmental regulatory agencies and popular with local institutional animal care and use committees (or their equivalents), the latter due, in part, to the adoption of HBAs as ...
The Impact of Social and Behavioral Factors on Reproducibility in Terrestrial Vertebrate Models [0.03%]
社会和行为因素对陆生脊椎动物模型可重复性的影响
Alexandra L Whittaker,Debra L Hickman
Alexandra L Whittaker
The use of animal models remains critical in preclinical and translational research. The reliability of the animal models and aspects of their validity is likely key to effective translation of findings to medicine. However, despite conside...