PREPRINT: Open and reproducible research in musculoskeletal imaging: Why it matters and how to implement it with the guidelines of the ORMIR community

Open and ep oducible esea ch in MSK imaging: Why i ma e s and how o implemen i wi h he guidelines o he ORMIR communi y 1 JBMRPlus,2025, 1–9 doi: DOI HERE Ad ance Access Publica ion Da e: Day Mon h Yea Pe spec i e Pape Open and ep oducible esea ch in musculoskele al imaging: Why i ma e s and how o implemen i wi h he guidelines o he ORMIR communi y Se ena Bona e i ,1,∗Moj aba Ba zega i ,2Melissa Be e s ,3,4,5 S e en Boyd ,6,7 And ew J. Bu gha d ,8Donnie Came on ,9F ancesco Chiumen o ,10 Gianluigi C imi11, Ge a d Degenha ,12 Pholpa Du ongbhan ,13 Michelle Alejand a Espinosa He nandez ,14,13 Giulia F a e igo 11, Ali Ghasem-Zadeh ,15 Lo enzo G assi ,16 Jukka Hi asniemi ,17 Mahdi Hosseini aba abaei ,18 Gianluca Io i ,19 Joe i Kok ,5Michael Kuczynski ,20,7 YoungJun Lee ,21 Cecilia Libe a i 22, Sa ah Manske ,6,7 Ma McCo mick ,23 Ma ia Monzon ,24 Ma ino Pani,25 Simone Poncioni ,26 Jilmen Quin iens 22, Sabine R¨aube ,27 Paul Ri sche ,28 Al onso Da io San ama ia11, F ancesco San ini ,27 Fabio Sa o ,29 En ico Schileo11, Vincen S adelmann ,30 Ka h yn S. S ok ,13 Rachel Su owiec ,21 Ful ia Taddei11, Ja ed Vico y,31 Ma hias Walle ,7Ma iska Wesseling ,32 Danielle Whi ie ,20,7 Be ina Willie 33, Andy Kin On Wong 34,35 and Dˇzenan Zuki´c 31 1Independen Resea che , Swi ze land, 2Depa men o Chemical Enginee ing and Chemis y, Eindho en Uni e si y o Technology (TU/e), The Ne he lands, 3Depa men o In e nal Medicine, VieCu i Medical Cen e , The Ne he lands, 4NUTRIM Ins i u e o Nu i ion and T ansla ional Resea ch In Me abolism, Maas ich Uni e si y, The Ne he lands, 5Depa men o Biomedical Enginee ing, Eindho en Uni e si y o Technology, The Ne he lands, 6Depa men o Radiology, Cumming School o Medicine, Uni e si y o Calga y, Canada, 7McCaig Ins i u e o Bone and Join Heal h, Uni e si y o Calga y, Albe a, Canada, 8Depa men o Radiology & Biomedical Imaging, Uni e si y o Cali o nia, San F ancisco, CA, USA, 9Depa men o Medical Imaging, Radboud Uni e si y Medical Cen e , The Ne he lands, 10School o Elec onic Enginee ing, Dublin Ci y Uni e si y (DCU), I eland, 11Bioenginee ing and Compu ing Labo a o y, IRCCS Is i u o O opedico Rizzoli, I aly, 12Co e Faicili y Mic oCT, Uni e si y Clinic o Radiology, Medical Uni e si y Innsb uck, Aus ia, 13Depa men o Biomedical Enginee ing, The Uni e si y o Melbou ne, Vic o ia, Aus alia, 14Rehabili a ion Sciences Ins i u e, Uni e si y o To on o, ON, Canada, 15Depa men s o Endoc inology and Medicine, Aus in Heal h, The Uni e si y o Melbou ne, Vic o ia, Aus alia, 16Depa men o Biomedical Enginee ing, Lund Uni e si y, Sweden, 17Depa men o Radiology & Nuclea Medicine, E asmus MC Uni e si y Medical Cen e Ro e dam, The Ne he lands, 18Depa men o Bioenginee ing, Facul y o Enginee ing, McGill Uni e si y, Quebec, Canada, 19Cen e o Pho on Science, Paul Sche e Ins i u PSI, Swi ze land, 20Depa men o Cell Biology and Ana omy, Cumming School o Medicine, Uni e si y o Calga y, Albe a, Canada, 21Weldon School o Biomedical Enginee ing, Pu due Uni e si y, IN, USA, 22Biomechanics Sec ion, Depa men o Mechanical Enginee ing, KU Leu en, Belgium, 23Fideus Labs, NC, USA, 24Depa men o Heal h Science and echnology, ETH Zu ich, Zu ich, Swi ze land, 25School o Elec ical and Mechanical Enginee ing, Uni e si y o Po smou h, Hampshi e, Uni ed Kingdom, 26ARTORG Cen e o Biomedical Enginee ing Resea ch, Uni e si y o Be n, Swi ze land, 27Basel Muscle MRI, Depa men o Biomedical Enginee ing, Uni e si y o Basel, Basel, Swi ze land, 28Depa men o Spo , Exe cise and Heal h, Uni e si y o Basel, Swi ze land, 29Depa men o Biomedical Sciences, Uni e si y o Pado a, I aly, 30Depa men o Resea ch and De elopmen , Schul hess Klinik, Swi ze land, 31Medical Compu ing, Ki wa e, Inc., NC, USA, 32Depa men o O hopedics and Spo s Medicine, E asmus Medical Cen e , The Ne he lands, 33Facul y o Den al Medicine and O al Heal h Sciences, McGill Uni e si y and Sh ine s Hospi al o Child en-Canada, Quebec, Canada, 34Join Depa men o Medical Imaging; Sch oede A h i is Ins i u e, Uni e si y Heal h Ne wo k, ON, Canada and 35Dalla Lana School o Public Heal h, Uni e si y o To on o, ON, Canada ∗Co esponding au ho : se ena.bona e i. esea[email p o ec ed] Abs ac The Open and Rep oducible Musculoskele al Imaging Resea ch (ORMIR) communi y is a scien i ic com- muni y dedica ed o p omo ing openness and ep oducibili y in musculoskele al imaging esea ch. In his pe spec i e pape , we ou line he mo i a ions o conduc ing anspa en esea ch and p o ide p ac ical guidelines o implemen i . We s a wi h de ining open and ep oducible esea ch and desc ibing he bene- i s and challenges o wo king anspa en ly. Nex , we ede ine he ou pu s o a compu a ional esea ch s udy as a combina ion o da a, code, and a publica ion, ecommend a olde and ile s uc u e ha e lec s hese h ee s udy ou comes, and desc ibe how o main ain and upda e such s uc u e du ing he s udy and a s udy publica ion. Finally, we emphasize ha wo king in an open and ep oducible man- ne is a lea ning p ocess and he bes way o acqui e he necessa y compe encies is simply o s a . Lay summa y: The ORMIR communi y p omo es openness and ep oducibili y in musculoskele al ima- ging esea ch. In his pe spec i e pape , we explain why anspa ency ma e s and ecommend how o conduc a compu a ional s udy in an open and ep oducible manne ocusing on i s h ee ou pu s: da a, code, and publica ion. Finally, we highligh ha he bes way o lea n hese p ac ices is simply o s a . Keywo ds: Open esea ch, ep oducible esea ch, da a sha ing, open-sou ce code, compu a ional na a i es, guidelines, license, ORMIR In oduc ion In 2012, Panagio opoulou e al. published an a icle i led “Wha makes an accu a e and eliable subjec -speci ic ini e elemen model? A case s udy o an elephan emu ” (1). In his wo k, hey sough “ o cons uc he i s eliable ini e elemen model o he emu o an adul Asian elephan ” om compu ed omo- g aphy images. As pa o he s udy, he au ho s conduc ed con e gence analyses o he size, ype, and numbe o elemen s used in he geome y disc e iza ion o he emu ana omy. In he ollowing yea s, he pape ecei ed 33 ci a ions1. Some o hese publica ions e e ed o he me hodology and indings o his s udy in hei in oduc ion o discussion, while o he publi- ca ions buil upon he s udy me hodology and indings. Among he la e , in 2018 B assey e al. published a s udy in which hey used he same size, ype, and numbe o elemen s as in Panagio opoulou’s publica ion, mo i a ing ha “p e ious esea- ch has ound such meshes pe o m well” and “s ain alues ha e been ound o con e ge when elemen numbe s exceed 200,000” (2). While building upon p e ious wo k is ypical in esea ch, in his case he e is an unexpec ed ou come. In 2014— ou yea s be o e B assey’s publica ion—Panagio opoulou’s pape had been sel - e ac ed because he au ho s “unco e ed p oblems wi h he me hods [...] and he e o e some o he inal da a” (3). This s o y highligh s h ee impo an conside a ions. Fi s , Panagio opoulou e al. dese e high p aise o hei scien i ic in e- g i y. Second, wha occu ed o B assey e al. could happen o any esea che who builds a s udy on p e ious indings. Thi d, we esea che s can be inspi ed o ask undamen al ques ions abou some p ac ical needs ha we ace in ou daily wo k: How can we and ou collabo a o s c ea e and publish e i iable me hodologies and indings ha o he s can build upon? How can we a oid buil- ding ou s udies on inco ec me hods and esul s? And how can we check he co ec ness o me hodologies and esul s when we e iew a pape and assess i s scien i ic alue? The answe o hese ques ions is open and ep oducible esea ch. Open and ep oducible esea ch: De ini ions, bene i s, and challenges Openness e e s o “an app oach o esea ch based on open coo- pe a i e wo k ha emphasizes he sha ing o knowledge, esul s and ools as ea ly and widely as possible” (4). Rep oducibili y— in ended he e as compu a ional ep oducibili y—is he abili y o esea che s o duplica e he esul s o a p e ious s udy using he “same inpu da a, compu a ional s eps, me hods, and condi ions o analysis” (5). Toge he , openness and ep oducibili y cons i u e away o wo king whose ul ima e goal is o imp o e he eliabili y and e iciency o scien i ic p og ess (6; 7). The scien i ic ad an ages o open and ep oducible esea ch a e se e al and include e alua ing he co ec ness o scien i- ic claims (8), building on p e ious wo k wi h con idence and e iciency (9)—by eusing and ex ending exis ing compu a io- nal pipelines—and compa ing and alida ing new me hods and algo i hms agains exis ing ones, wi hou ha ing o eimplemen hem (10). These scien i ic bene i s a e accompanied by academic ad an ages. Publishing open da a can inc ease he numbe o ci a- ions by app oxima ely 70%, ega dless o jou nal impac ac o , 1Re ie ed om Google Schola : h ps://schola .google.com. Accessed: July 21, 2025. au ho coun y o o igin, and da e o publica ion (11). Simila ly, making code a ailable online can inc ease ci a ions by a ac o o h ee (12). Fu he mo e, esea ch labo a o ies can g ea ly bene i om adop ing open and ep oducible p ac ices. Such a anspa- en me hodological app oach os e s an in insic “discipline” ha suppo s he con inui y o main enance and ex ension o compu a- ional ools c ea ed in he labs, which would o he wise isk a sho li espan as hey a e usually de eloped by successi e and dis inc gene a ions o PhD s uden s and pos docs (6). Despi e he a o emen ioned ad an ages, wo king in an open and ep oducible manne has been challenging. Un il a ew yea s ago, guidelines we e sca ce, compu a ional ools we e no ully de eloped, and pe manen , la ge, and ee eposi o ies o da a and code we e una ailable (13). In addi ion, many scien is s we e conce ned abou no ecei ing p ope ecogni ion, ha ing o allo- ca e addi ional ime and e o o p epa e da a and code o elease, and p o iding ad an ages o compe ing da ase s o so wa e when eleasing seminal wo k (14). Howe e , he mos c i ical limi a ion o sha ing da a and code may be ela ed o he way we concei e he ou come o compu a ional s udies. Wha is he ou come o a compu a ional esea ch s udy? T adi ionally, he main ou come o a compu a ional esea ch s udy is a scien i ic pape . As we know, pape s a e concise epo s limi- ed by a de ined numbe o wo ds ( ypically 3,000–6,000) and a es ic ed numbe o igu es and ables (usually 3–6). To mee hese cons ain s, only a selec ion o he me hods and esul s de eloped and ob ained du ing a s udy a e p esen ed in a pape . C ucial implemen a ion de ails (e.g., compu a ional ini ializa ions and pa ame e s) a e o en omi ed (12), as well as in e media e o indi idual indings, because esul s a e usually p esen ed as agg ega ed s a is ics, such as means and s anda d de ia ions. In his con ex , a scien i ic pape does no ep esen “ he schola ship i sel , i ’s me ely schola ship ad e isemen ”, as Donoho amously w o e in 2009 (6). In o he wo ds, a scien i ic pape is jus he ip o he icebe g ep esen ing esea ch e o s (15). The ac ual wo k— ha is, he da a and code— emains hidden unde wa e (Figu e 1, le ). In open and ep oducible esea ch, da a and code eme ge o be an in eg a i e pa o he ou come o a compu a ional s udy. Toge he wi h publica ions, hey cons i u e he h ee essen ial, in e locked pieces o he puzzle necessa y o unde s and and ep o- duce he en i e s udy (Figu e 1, igh ). F om he aw da a o he inpu , h ough he code, esea che s can ec ea e he esul s p e- sen ed in he publica ion, and subsequen ly euse and ex end he wo k low o new s udies. Howe e , o his o be easible, da a and code should be clea ly s uc u ed and documen ed (16). Mo e ecen ly, nume ous guidelines ha e been a ailable on how o publish compu a ional s udies in an open and ep odu- cible manne while enabling a ibu ion and acili a ing sha ing (8; 9; 17; 18; 19). Mo eo e , esea che s in many ields ha e o med scien i ic communi ies o es ablish consensus-based s an- da ds and de elop compu a ional ools speci ic o hei disciplines (20; 21; 22). 2 © The Au ho 2025. Published by Ox o d Uni e si y P ess. All igh s ese ed. Fo pe missions, please e-mail: jou nals.p[email p o ec ed] Open and ep oducible esea ch in MSK imaging: Why i ma e s and how o implemen i wi h he guidelines o he ORMIR communi y 3 Publica ions Da a and Code Publica ions Code Da a Fig. 1: Rep esen a ion o esea ch ou comes. T adi ionally, publica ions a e he main esea ch ou come. They cons i u e he sha ed, isible ip o an icebe g, whe eas da a and code emain hidden in he lab (le ; modi ied om h ps://s odden.ne /AMP2011/slides/ 2011-amp- ep oducible- esea ch.pp x.pd ). Con e sely, in open and ep oducible esea ch da a, code, and publica ion cons i u e he h ee in e locking pieces o he puzzle and a e essen ial o each o he o ep esen he en i e s udy ( igh ). ORMIR guidelines o open and ep oducible compu a ional s udies in MSK imaging esea ch In musculoskele al (MSK) imaging, he Open and Rep oduci- ble Musculoskele al Imaging Resea ch (ORMIR) communi y was ounded in 2020, wi h he aims o c ea ing open, ep oducible, well- es ed, and well-documen ed code o analyze MSK images; s anda dizing da a acquisi ion and managemen o a o da a sha ing and algo i hm compa ison; and p omo ing a cul u e o openness and ep oducibili y in musculoskele al imaging esea- ch o a as e ad ancemen o he ield (23). The communi y is cu en ly composed o app oxima ely 70 in e na ional esea- che s om academia and indus y a a ious ca ee s ages, who ha e been ac i e in c ea ing guidelines, empla es, and so wa e o manage and analyze MSK images—see www.o mi .o g. In he nex wo sec ions o his a icle, we will p esen he ORMIR guidelines on how o c ea e an open and ep oducible compu a ional s udy in MSK imaging. These guidelines a e based on he p inciple ha open and ep oducible esea ch cons i u es a me hodological app oach ha should be implemen ed h ough- ou an en i e s udy, a he han being conside ed as a ime- and esou ce-in ensi e ask a publica ion. The e o e, i s , we will ocus on how o conduc a compu a ional MSK esea ch s udy o an open and ep oducible publica ion. Then, we will p o ide sugges ions on how o in eg a e and sha e he h ee s udy ou co- mes a publica ion. All ecommenda ions a e summa ized in Fig.2 and can be adap ed o he speci ic needs o any compu a ional s udy. Conduc ing a compu a ional MSK esea ch s udy o an open and ep oducible publica ion Begin by o ganizing you esea ch p ojec in o a olde s uc u e simila o he one in Fig. 3. You can download he olde s uc u e om Zenodo (www.doi.o g/10.5281/zenodo.17206440) o imple- men i manually. S a wi h a main olde and name i a e he s udy. Wi hin he main olde , c ea e h ee addi ional olde s, each o one o he h ee s udy ou comes: da a,code, and publica ion. The s uc u e and con en o each olde is desc ibed in mo e de ail in he ollowing sec ions. Da a Wi hin he da a olde , add ou olde s: aw,de i ed, and esul s o da a a di e en s ages o he ep oducible wo k low, and da a docs o documen a ion. In he olde aw, s o e he o iginal da a o he s udy, ha is, he image iles—usually in DICOM o p op ie a y o ma —and demog aphic o clinical in o ma ion o he subjec s—commonly in abula o ma . These da a cons i u e he inpu o you wo k- low. Do no modi y hem ei he ia compu a ional o manual in e en ion o ensu e he ep oducibili y o he whole s udy (8; 24). In he olde de i ed, sa e he in e media e da a gene a ed du ing he compu a ional wo k low. Fo he in e nal s uc u e o his olde , ollow he speci ica ions de ined by he ORMIR Muscu- loskele al Imaging Da a S uc u e (ORMIR-MIDS) (25), which ex ends he B ain Imaging Da a S uc u e (BIDS) p inciples (26) speci ically o MSK imaging. Reo ganize he image iles in aw in o a hie a chy o nes ed olde s a anged by subjec , session, and imaging modali y using he ORMIR-MIDS Py hon package, which also con e s he images om he Digi al Imaging and Communica ions in Medicine (DICOM) o ma (27) o he Neu- oimaging In o ma ics Technology Ini ia i e (NI TI) o ma (28) (Fig. 3, igh ). Du ing he s udy, s o e he in e media e ou - pu s o he compu a ional wo k low—such as segmen a ion masks, mo phological measu emen s, and ini e elemen analyses—in his olde s uc u e. Sa ing hese in e media e ou pu s will acili a e debugging and po en ial euse o pa ial indings (9). 4Se ena Bona e i e al. Conduc ing a compu a ional MSK esea ch s udy o an open and ep oducible publica ion Publishing a compu a ional MSK esea ch s udy as open and ep oducible Da a • C ea e 4 olde s: aw, de i ed, esul s, and da a_docs •Ne e modi y he da a in aw •Use he ORMIR-MIDS s uc u e o he in e media e da a •The da a in esul s will appea in he publica ion •Documen he who/wha /when/whe e/why/how • Use open ile o ma s and meaning ul ile names • Ve i y sha ing easibili y: •Conside consen and anonymiza ion •Consul he ORMIR Da a Sha ing Guidelines • Selec a eposi o y p o iding DOI, e sion con ol, and emba go i needed • A oid links o cloud se ices o pe sonal websi es • Choose an ins i u ional o a C ea i e Commons license Code • C ea e 4 olde s: s c, no ebooks, ba ch_sc ip s, and code_docs •Add he Py hon modules o s c •Use Jupy e No ebooks o analyze abula da a, gene a e g aphs o publica ions, and c ea e demos– use he ORMIR empla e •Add he bash sc ip s o ba ch_sc ip s •Documen code using Sphynx, Read he Docs o Jupy e Book •W i e code o humans: use a iables wi h desc ip i e names and ollow s yle con en ions • Use e sion con ol (Gi Hub) • Change he Gi Hub eposi o y isibili y o public • Use Binde o sha e no ebooks in e ac i ely • Hos code documen a ion on Gi Hub o Read he Docs • Sync he code wi h a eposi o y p o iding DOI o ci a ions • Choose an open-sou ce license Publica ion • W i e he manusc ip in La ex, Ma kdown, o Google Docs • Add links o code and da a eposi o ies o he pape • Add links o compu a ional wo k lows o he g aphs • Upload o a p ep in se e • Submi o an open access jou nal Takeaways • I is a lea ning p ocess, and you will lea n by doing • In case o doub s, ask he ORMIR communi y • I does no ha e o be pe ec . Jus s a ! • O he s can now build on you esea ch • You ha e con ibu ed o a mo e anspa en and as e ad ancemen o MSK imaging esea ch Fig. 2: Summa y o bes p ac ices o open and ep oducible compu a ional s udies in musculoskele al imaging esea ch. In he olde esul s, sa e he inal ou pu o he compu a- ional wo k low, including abula iles epo ing mo phological, densi ome ic, mechanical, o s a is ical calcula ions ac oss subje- c s. These a e he da a ha you will p esen in he Resul s sec ion o he publica ion. Finally, in he olde da a docs, add he da a documen a ion, such as acquisi ion p o ocol, e hical app o al, and any me ada a— ha is, in o ma ion abou he da a. As cu en ly ORMIR does no p o ide speci ic guidelines o da a documen a ion, simply collec all he easonable in o ma ion ha speci y he “who/wha /whe- n/whe e/why/how” o you da ase (13), so ha o he esea che s can unde s and and euse i . A e e y s age o he compu a ional wo k low, use open and widely suppo ed ile o ma s (24). Fo imaging da a, p e e NI TI o o he open s anda ds o scanne -speci ic p op ie a y o ma s. Fo abula da a, use comma-sepa a ed alues (.cs ) o ab- sepa a ed alues (. s ) o e p op ie a y o ma s, such as Excel. Finally, gi e iles meaning ul names ha clea ly indica e hei con en (24). Code In he olde code, c ea e he ou olde s s c,no ebooks, ba ch sc ip s, and code docs—in la ge p ojec s add he addi- ional olde es s o au oma ed uni es s (29). In he olde s c (abb e ia ion o sou ce), add he co e algo- i hms o he s udy. W i e code in he open-sou ce p og amming language Py hon, which has gained popula i y in medical imaging o he a ailabili y o gene al-pu pose image p ocessing packages— such as ITK (30) and SimpleITK (31)—as well as deep lea ning and machine lea ning packages—including PyTo ch (32), Tenso - Flow (33), and Sciki -lea n (34). Wi hin s c, o ganize you code in o Py hon modules, ha is, .py iles. Fo la ge p ojec s, g oup he modules in o a Py hon package and change he olde name o he package name, as equi ed by he packaging ools (35). In he olde no ebooks, add he s udy’s Jupy e No ebooks, which a e he ideal o ma o in eg a ing code wi h na a i e, equa ions, and isualiza ions o e ec i ely documen ep oducible wo k lows (9). Download he Jupy e No ebook empla e c ea ed by he ORMIR communi y om Zenodo (www.doi.o g/10.5281/ zenodo.17206440) and adap i o you s udy. The empla e has a clea s uc u e composed o aims, compu a ional s eps, ou pu s, and dependencies— ha is, a p in o he ha dwa e cha ac e is ics and Py hon package e sions (9). Use no ebooks o analyze abula da a, gene a e igu es o he publica ion, collec he main unc ion calls om he modules in s c in o a compu a ional wo k low wi h na a i e, and c ea e examples o demos o you p ojec . In he olde ba ch sc ip s, sa e he bash iles. These iles a e he sc ip s ha call he algo i hms om he olde s c and ha you use o la ge-scale compu a ions on se e s. In all cases, w i e code “ o humans”, ha is, make i eadable a he han unnecessa ily complex (36). To c ea e clea code, use a iables wi h desc ip i e names ha e lec hei ole in he com- pu a ion (36) and adhe e o he Py hon coding con en ion PEP8 (37). Mo eo e , modula ize code in o unc ions—o classes— ha ep esen uni s o ope a ions (24; 9). Documen each unc ion ollowing he NumPy S yle (38) o Google Py hon S yle (39)— which clea ly desc ibe unc ionali y, inpu s, and ou pu s—and add inline commen s o explain non-ob ious s eps and cla i y he unde lying logic. Finally, synch onize he code o a eposi o y like Gi Hub (h ps://gi hub.com/). Such eposi o ies p o ide e sion con ol o p ese e he his o y o changes and e e o p e ious Open and ep oducible esea ch in MSK imaging: Why i ma e s and how o implemen i wi h he guidelines o he ORMIR communi y 5 s udy_name code s c no ebooks p ep ocessing.py p ep ocess_images.ipynb segmen a ion.py segmen _images.ipynb da a aw de i ed 902145989_001.dcm sub-01 798346781_001.dcm sub-02 ba ch_sc ip s un_segmen a ion.sh un_p ep ocessing.sh esul s mo phology.cs s a is ics.cs publica ion code_docs sphynx/ ead hedocs/jupy e book pape . ex ses-01 m -ana c sub-01_ses-01_T1w.json sub-01_ses-01_c .json sub-01_ses-01_T1w.nii.gz sub-01_ses-01_c .nii.gz sub-01_ses-01_seg.nii.gz sub-01_ses-01_seg.nii.gz sub-01_ses-01_mo ph. s ses-02 ORMIR-MIDS da a_docs acquisi ion.pd Fig. 3: Folde and ile s uc u e o a compu a ional esea ch s udy o an open and ep oducible publica ion. code in case o e o s, and hey a e con enien o coo dina ing p og amming asks in collabo a i e so wa e de elopmen (17). Finally, in he olde code docs (o simply docs) c ea e code documen a ion o de elope s and use s, especially i you a e buil- ding a la ge p ojec (40). In he documen a ion o de elope s, ca e ully explain he echnical de ails o he code. C ea e his docu- men a ion using Sphynx (41) o Read he Docs (42) as hey a e compa ible wi h he NumPy and Google Py hon s yles. In he documen a ion o use s, explain in non echnical language how o ins all and execu e you code and p o ide examples o demos. W i e his documen a ion using Jupy e Book (43). Publica ion In he las olde publica ion, s o e all he ma e ial ela i e o he scien i ic pape . W i e he manusc ip in a o ma ha pe mi s e sion con ol, such as LaTeX o Ma kdown, and op o online ools ha allow acking changes and collabo a i e edi ing, such as O e lea (www.o e lea .com/) o Google Docs (h ps://docs. google.com) (24). Publishing a compu a ional MSK esea ch s udy as open and ep oducible A publica ion, he p ima y ask is o decide how and whe e o sha e he h ee s udy ou comes. He e a e he de ails o each o hem. Da a Sha ing s udy da a equi es a en ion o wo main aspec s: asses- sing he easibili y o sha ing and choosing a da a eposi o y (44; 45). The easibili y o sha ing depends on legal and e hical ac o s, including whe he he s udy pa icipan s signed an app op ia e consen o m, he le el o da a anonymiza ion o deiden i ica ion equi ed, and he p i acy legisla ion o you ins i u ion and coun- y. These ac o s can p eclude sha ing some o all he con en o he olde s aw,de i ed, and da a docs. Howe e , you can always sha e he inal agg ega ed da a o you s udy— ha is, he con en o he olde esul s. Fo u he de ails, consul he ORMIR Da a Sha ing Guidelines (46). To da e, only a ew dedica ed MSK eposi o ies exis whe e you can sha e you da a, such as he Uni e sal Musculoskele al Ul asound Reposi o y (UMUD) (47). I you da a does no i he sco e o such eposi o ies, sha e he da a in you ins i u ion 6Se ena Bona e i e al. eposi o y, ollowing hei egula ion. O he wise, use gene al pu - pose eposi o ies such as Zenodo (h ps://zenodo.o g)—whe e ORMIR is p esen as a communi y label—o Figsha e (h ps: // igsha e.com). Bo h hese eposi o ies p o ide a digi al objec iden i ie (DOI) o ensu e pe manen a ailabili y and enable ci a- ion, e sioning o da a, and an emba go pe iod i you canno immedia ely sha e you da a. A oid links o pe sonal websi es o cloud s o age, because hese links end o expi e o be dele ed (48; 49). Code To make you code open, simply change he Gi Hub eposi o y isibili y om p i a e o public. Comple e he README.md ile o he eposi o y using he empla e p o ided by he ORMIR communi y (www.doi.o g/10.5281/zenodo.17206440). Whene e possible, sha e he no ebooks in an in e ac i e and ep oducible cloud en i onmen , such as Binde (h ps://mybinde .o g) (50). Hos he code documen a ion c ea ed wi h Sphynx o Jupy e Book on Gi Hub Pages (51; 52) o he hos ing se ice p o ided by Read he Docs. Finally, synch onize he Gi Hub eposi o y wi h Zenodo (53), Fighsha e (54), o So wa e He i age (55) o ob ain a DOI ha enables ep oducibili y and ci a ions. Publica ion Add he links o da a and code eposi o ies o he manusc ip . I possible, add he speci ic links o he da a and code used o c ea e he g aphs in hei cap ion o enable eade s o “ ecalcula e he igu e om all i s da a, pa ame e s, and p og ams” (56). Upload he pape o a p ep in a chi e, such as a Xi (www.a xi .o g), bioRxi (www.bio xi .o g), o medRxi (www.med xi .o g), and hen submi i o a jou nal ha suppo s open access. In he no oo dis an u u e, we may be able o w i e ully execu able and in e ac i e pape s in which eade s can e un he desc ibed expe- imen s (13). This ision is suppo ed by exis ing pilo p ojec s, whe e Jupy e No ebooks a e submi ed oge he wi h con e ence abs ac s (57; 58). Licenses Finally, add a license o you da a, code, and publica ion o speci y how you wan hem o be eused and modi ied. Wi hou a license, you would e ain all he igh s and o he esea che s would no be allowed o use you ma e ial (24). I a ailable, use he licenses ecommended by you ins i u ion. O he wise, he e a e he ORMIR guidelines. Fo da a and publica ion, use he C ea i e Commons (CC) license, whose ea u es—a ibu ion (BY), Non Comme cial use (NC), Sha e-Alike (SA), and No De i a i e (ND)—can be com- bined o c ea e a cus omized license. C ea i e Commons also p o ides he CC0 license, which pe mi s eleasing ma e ial o he public domain wi hou e aining any copy igh (h ps:// c ea i ecommons.o g/sha e-you -wo k/cclicenses/). Fo code, wo main ypes o open-sou ce licenses exis : es ic i e—which ex end openness o de i ed wo k (e.g., GNU licenses)—and pe missi e, which do no equi e openness o de i ed wo k (e.g., MIT, BSD, o Apache) Fo a comple e lis o licenses wi h hei pe missions and limi a ions, see h ps: //choosealicense.com/appendix. Choose a license ha is com- pa ible wi h he licenses o he compu a ional ools you used in you s udy and ha you conside he mos app op ia e o he u u e o you p ojec (18). Jus s a ! Open and ep oducible esea ch is a way o wo king ha sup- po s ou needs as esea che s o assess scien i ic claims, build on p e ious eliable wo k, and con ibu e o as e ad ancemen o ou esea ch ield. In his pe spec i e pape , we p oposed conc e e guidelines c ea ed by he ORMIR communi y on how o wo k in an open and ep oducible manne . Adop ing his me hodological app oach is a lea ning p ocess ha is mos e ec i e when lea ned by doing. I you ha e doub s abou some guidelines o ools, con- ac he ORMIR communi y. Do no aspi e o pe ec ion om he e y beginning. Jus s a ! You e o s will p o e aluable because o he esea che s will be able o deeply unde s and and build on you esea ch, and you will ha e con ibu ed o a mo e anspa en and as e ad ancemen o MSK imaging esea ch. Compe ing in e es s The au ho s ha e no compe ing in e es s o decla ed. Au ho con ibu ions s a emen Au ho ship was o e ed o any indi idual who has con ibu ed o he de elopmen o he ORMIR communi y and i s guide- lines. Au ho s we e asked o deno e hei con ibu ions o he p ojec acco ding o he Con ibu o Roles Taxonomy (CRediT). Role abb e ia ions. C: Concep ualiza ion, DC: Da a cu a ion o ini ial use and la e e-use, FA: Funding acquisi ion, M: Me hodo- logy, PA: P ojec adminis a ion, R: Resou ces, S: So wa e, SU: Supe ision, V: Valida ion, W: W i ing—o iginal d a , and RE: W i ing— e iew & edi ing. Se ena Bona e i: C, FA, M, PA, S, SU, W . Moj aba Ba zega i: C,S. Melissa Be e s: RE. S e en Boyd: S,RE. And ew J. Bu gh- a d : RE. Donnie Came on: S, RE. F ancesco Chiumen o: RE. Gianluigi C imi: S, RE. Ge a d Degenha : RE. Pholpa Du ong- bhan: RE. Michelle Alejand a Espinosa He nandez: RE. Giulia F a e igo: S, V, RE. Ali Ghasem-Zadeh: RE. Lo enzo G assi: RE. Jukka Hi asniemi: S, RE. Mahdi Hosseini aba abaei: RE. Gianluca Io i: DC, M, S, SU. Joe i Kok: RE. Michael Kuczynski: S, RE. YoungJun Lee: RE. Cecilia Libe a i: RE. Sa ah Manske: C, RE. Ma McCo mick: C, S, RE. Ma ia Monzon: S, RE. Ma - ino Pani: RE. Simone Poncioni: S, RE. Jilmen Quin iens: RE. Sabine R¨aube : RE. Paul Ri sche: RE. Al onso Da io San ama- ia: S, V, RE. F ancesco San ini: C, FA, PA, S, RE. Fabio Sa o: RE. En ico Schileo: C, SU, RE. Vincen S adelmann: FA, C, RE. Ka h yn S. S ok: C, SU, RE. Rachel Su owiec: RE. Ful ia Taddei: C, RE. Ja ed Vico y: S, RE. Ma hias Walle: RE. Ma iska Wesse- ling: S. Danielle Whi ie : RE, SU. Be ina Willie: RE. Andy Kin On Wong: SU, RE. Dˇzenan Zuki´c: S, RE. Acknowledgmen s We hank all he indi iduals who ha e con ibu ed o and suppo - ed he open-sou ce ecosys em, including de elope s, main aine s, and ad oca es, whose e o s ha e made open and ep oducible esea ch possible. The de elopmen o he ORMIR communi y and i s guidelines has been suppo ed by a NumFOCUS- unded Jupy e Communi y Wo kshop and a Swiss Na ional Science Foun- da ion g an (n. 221844). Finally, we acknowledge he use o Cha GPT o edi o ial suppo , including g amma checking and low enhancemen . Open and ep oducible esea ch in MSK imaging: Why i ma e s and how o implemen i wi h he guidelines o he ORMIR communi y 7 Re e ences 1. O Panagio opoulou, SD Wilshin, EJ Ray ield, SJ She elbine, and JR Hu chinson. Wha makes an accu a e and elia- ble subjec -speci ic ini e elemen model? a case s udy o an elephan emu . Jou nal o he Royal Socie y In e ace, 9(67):351–361, 2012. doi:10.1098/ si .2011.0323. 2. CA B assey, JD Ga dine , and AC Ki chene . 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