GetPortalImpactFactorByIdResp(projectId=1, id=9eb21126, cover=https://img.medsci.cn/images/journal/cover/2021/EXQ_202109271314318420.jpg, fullname=BIORHEOLOGY, abbr=BIORHEOLOGY, pyear=1962, frequence=Bimonthly, articleNumbers=1309, citedSelf2015=4.0, acceptanceRate=null, submissionToAcceptance=null, averageReviewTime=暂无数据, reviewFee=null, pageFee=null, publishedRatio=2022年中国人文章占该期刊总数量50.00% (2019年为11.11%), issn=0006-355X, greenSci=https://www.greensci.net/search?kw=0006-355X, scijournal=https://www.scijournal.org/impact-factor-of-BIORHEOLOGY.shtml, medsciHotlightString=null, medsciHotlightRealtime=1.091, medsciHotlight=1.417, medsciHotlight5year=1.79208, citescore=1.8, hIndex=67, impactFactor=1.1, orgnization=IOS Press, orgnizationUrl=http://www.iospress.nl/, country=Netherlands, countryCn=荷兰, isOa=0, isOaString=否, sciScie=Science Citation Index|Science Citation Index Expanded|Current Contents - Life Sciences|BIOSIS Previews, bigclassCas=医学 4区, smallclassCas=医学 4 区, website=http://www.iospress.nl/journal/biorheology/, websiteHits=2910, guideForAuthor=null, guideForAuthorHits=1, submitWebsite=投稿邮箱： biorheology@iospress.com, submitWebsiteHits=711, content=Biorheology is an international interdisciplinary journal that publishes research on the deformation and flow properties of biological systems or materials.The aim of biorheological research is to determine and characterize the dynamics of physiological processes at all levels of organization. Manuscripts should report original theoretical and/or experimental research promoting the scientific and technological advances in a broad field that ranges from the rheology of macromolecules and macromolecular arrays to cell, tissue, and organ rheology. In all these areas, the interrelationships of rheological properties of the systems or materials investigated and their structural and functional aspects are stressed. Through biochemical reactions, biological systems are able to generate forces that are harnessed by means of structures that function as "molecular machines." These forces can produce motions and flows that are matched to the functional purpose of each particular biological system. Biorheological investigations are aimed at understanding how this matching is achieved, given that the material properties of the mechanical systems involved are known or have been determined as part of the study. Based on the assumption that evolutionary selection has resulted in optimal solutions, a major question asked in biorheology is if the evolved structures and the rheological characteristics of the system under study are indeed optimized. Discrepancies on this score raise the question whether indeed all the functional features of the physiological process considered have been properly understood and taken into consideration. The scope of papers solicited by Biorheology extends to systems at different levels of organization that have never been studied before, or, if studied previously, have either never been analyzed in terms of their rheological properties or have not been studied from the point of view of the rheological matching between their structural and functional properties. This biorheological approach applies in particular to molecular studies where changes of physical properties and conformation are investigated without reference to how the process actually takes place, how the forces generated are matched to the properties of the structures and environment concerned, proper time scales, or what structures or strength of structures are required. Biorheology invites papers in which such "molecular biorheological" aspects, whether in animal or plant systems, are examined and discussed. The rheology of macromolecular arrays encom-passes the dynamics, topology, and swelling properties, as well as modeling, of biopolymer networks. It also includes the rheological characterization of biogels, their swelling properties, and phase transition characteristics., totalCites=1440, brief=BIORHEOLOGY杂志医学行业，“<strong><a target="_blank" href="/sci/index.do?smallclass=工程：生物医学" >工程：生物医学</a></strong>”子行业的中等级别杂志, articleType=该刊全部是论著，可能不接收综述类等文章, medsciHeat=<span style="color: #000000;">黑</span>, medsciComment=杂志水平一般，也很冷门，关注人少，审稿周期可能也不一定快，如果文章质量不佳，或时间不紧的话，可以考虑考虑。, medsciExplanation=MedSci期刊指数是根据中国科研工作者（含医学临床，基础，生物，化学等学科）对SCI杂志的认知度，熟悉程度，以及投稿的量等众多指标综合评定而成。当然，具体的，您还可以结合“<a href='https://www.medsci.cn/sci/submit.do?id=9eb21126'>投稿经验系统</a>”，进行综合判断，这更是大家的实战经验，值得分享和参考。<br> 注意，上述MedSci期刊指数采用MedSci专利技术，由计算机系统自动计算，并给出建议，存在不准确的可能，仅供您投稿选择杂志时参考。, tags=null, citeScoreList=[GetImpactFactorCiteScoreListResponse(year=2016, citescore=1.2), GetImpactFactorCiteScoreListResponse(year=2017, citescore=1.09), GetImpactFactorCiteScoreListResponse(year=2018, citescore=1.33), GetImpactFactorCiteScoreListResponse(year=2019, citescore=1.4), GetImpactFactorCiteScoreListResponse(year=2020, citescore=1.8)], medsciIndexList=[GetImpactFactorMedsciIndexListResponse(year=2020, medsciHotlight=1.81), GetImpactFactorMedsciIndexListResponse(year=2021, medsciHotlight=0.974), GetImpactFactorMedsciIndexListResponse(year=2022, medsciHotlight=1.003), GetImpactFactorMedsciIndexListResponse(year=2023, medsciHotlight=1.137), GetImpactFactorMedsciIndexListResponse(year=2024, medsciHotlight=1.091)], citeScoreGradeList=[GetImpactFactorCiteScoreGradeResponse(smallClass=Medicine - Physiology (medical) , rank=63/95), GetImpactFactorCiteScoreGradeResponse(smallClass=Biochemistry, Genetics and Molecular Biology - Physiology , rank=132/167)], totalJcrAreaList=[GetImpactFactorCiteScoreGradeResponse(smallClass=BIOPHYSICS, rank=Q4), GetImpactFactorCiteScoreGradeResponse(smallClass=ENGINEERING, BIOMEDICAL, rank=Q3), GetImpactFactorCiteScoreGradeResponse(smallClass=HEMATOLOGY, rank=Q4)], pmcUrl=https://www.ncbi.nlm.nih.gov/nlmcatalog?term=0006-355X[ISSN], pubmedUrl=https://www.ncbi.nlm.nih.gov/pubmed?cmd=search&term=BIORHEOLOGY[ta], article_number=4, article_number_cn=2, earlyWarning=null, linkOutUrl=null, isJournalMember=false, unscrambleContent=null, dayViewCount=false, endexampletyle=暂无数据)