Faculty

Institution

Unit

Venue

Maureen Lynch

Assistant Professor

University of Colorado Boulder

Affiliations

College of Engineering & Applied Science

Biomedical Engineering

Paul M. Rady Mechanical Engineering

Maureen Lynch is currently serving as a Biomedical Engineering Assistant Professor at University of Colorado Boulder.

Honors

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Experiences

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Education

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Maureen Lynch

University of Colorado Boulder

Assistant Professor

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bone research biomechanics orthopaedic surgery orthopaedic research biomedical engineering mechanobiology bone remodeling regenerative medicine tissue engineering bone metabolism physiology musculoskeletal disorders bone homeostasis bone density breast cancer bone fracture bone health matrix biology mammalian biology cell biology orthopedic biomechanics cancer biology metastasis cell biomechanics mechanical loading extracellular matrix stem cell research applied physiology animal physiology cancer imaging bone repair bone disease biomedical modeling fracture healing tibial compression cancer cells cellular physiology cell-matrix interactions synthetic bone substitute treatment development cancellous bone adaptation experimental gerontology aging cell liver physiology physical medicine mechanical science tendon injuries mesenchymal stem cells soft tissue injuries musculoskeletal tissues bioceramics matrix theory comparative endocrinology endocrine research treatment effects musculoskeletal science biofluid dynamics magnetic resonance imaging classification method method engineering bone imaging mechanotransduction mammalian physiology tendon healing fiber deposition engineered culture models cancer pathogenesis engineered tumor models reduced responsiveness vivo tibial compression metastatic breast cancer localized breast cancer ha nanocrystal size breast cancer metastasis cross-sectional geometry whole bone morphology

Notable Scholarly Works

Notable Federal Grants

Collaborators

#16. Variable Fluid Stresses May Alter Breast Cancer Expression in a 3D Perfusion Model of Bone Metastasis. Journal of bone oncology (2024)

Shreya VenkateshBrandon HayesBoyuan LiuNick BottenusPhilip OwensMaureen Lynch

bone healthin vivo systemsorthopedic surgerybreast oncologybiomedical modelingbone metastasisvascular biologybreast cancerbreast cancer expressioncancer biologybone researchhealth sciencescancer researchsurgical oncologyperfusion modelvariable fluid stressesbiomedical engineeringradiation oncologytissue engineeringcomputational fluid dynamicscancer imagingoncology

#24. Mechanical Loading-Induced Changes to the Bone Microenvironment Control Bone Metastatic Breast Cancer Lesions. Journal of bone oncology (2024)

Blayne SarazinEmma BriggsMeredith ProveraPhilip OwensMaureen Lynch

high-rate loadingbone densitymechanical engineeringregenerative medicineradiation oncologymechanical behaviortissue engineeringbreast cancerorthopedic surgerybone remodelingmechanical loading-induced changesmechanical performancebiomechanicsbone researchorthopaedic surgery

#6. Mechanical Loading of Breast Cancer Laden Bones Alters Osteocyte Mediated Bone Loss in Vivo. Journal of bone oncology (2024)

Emma BriggsBlayne SarazinMeredith ProveraPhilip OwensMaureen Lynch

mechanical loadingmechanical engineeringregenerative medicineradiation oncologybone healthmechanical behaviorbreast canceroncologybone lossmechanical performancebone researchorthopaedic surgery

Bone Mechanical Properties Were Altered in a Mouse Model of Multiple Myeloma Bone Disease. Biomaterials Advances (2024)

Maximilian RummlerFani ZioutiLeah SnyderElizabeth A ZimmermannMaureen LynchEve DonnellyWolfgang WagermaierFranziska JundtBettina M Willie

mouse modelbone metabolismbone densitybiomedical engineeringbone mechanical propertiesbone diseasebone remodelingmechanobiologybiomechanicsbone researchorthopaedic surgeryorthopaedic research

High-Fidelity Computational Fluid Dynamics Modeling to Simulate Perfusion Through a Bone-Mimicking Scaffold. Computers in Biology and Medicine (2024)

Shreya VenkateshChayut TeeraratkulNick RovitoDebanjan MukherjeeMaureen E Lynch

scientific computingbiophysicsbiomedical informaticsbiomedical modelingbiomedical engineeringtissue engineeringcomputational fluid dynamicsbone researchcomputational anatomybiomedical computingbone-mimicking scaffoldnumerical simulationscomputational biologycomputational medicinebiological engineeringbiophysical modeling

The Role of Osteocytes in Pre-Metastatic Niche Formation. Current Osteoporosis Reports (2024)

Emma N. BriggsMaureen E. Lynch

osteoporosispre-metastatic niche formationhealth sciencesdevelopmental biology

Bone-Homing Metastatic Breast Cancer Cells Impair Osteocytes’ Mechanoresponse in a 3D Loading Model. Heliyon (2023)

Blayne A. SarazinBoyuan LiuElaine GoldmanAshlyn N. WhitefieldMaureen E. Lynch

dermatologyorthopaedic researchmetastasiscellular physiologyregenerative medicinebone healthcell biomechanicsmechanotransductionbone homeostasisbreast cancerstructural biologycancer biologybiomechanicsbone researchorthopaedic surgerycell biology

Reduced Local Mechanical Stimuli in Spaceflight Diminishes Osteocyte Lacunar Morphometry and Spatial Heterogeneity in Mouse Cortical Bone. bioRxiv (Cold Spring Harbor Laboratory) (2022)

Jennifer C. CoulombeZachary A. MullenAshton M. WeinsLiam E. FisherMaureen E. LynchLouis S. StodieckVirginia. L Ferguson

physiologylocal mechanical stimulibiophysicsavian biologymammalian physiologyanimal physiologymouse cortical boneneuroanatomyexercise physiologymammalian biologybone researchcell biomechanicsin vivo systemsspatial heterogeneitystructural biologybiomechanicsneuroscienceneurophysiology

Application of Machine Learning Classifiers for Microcomputed Tomography Data Assessment of Mouse Bone Microarchitecture. MethodsX (2021)

Jennifer C. CoulombeZachary K. MullenMaureen E. LynchLouis S. StodieckVirginia L. Ferguson

mouse bone microarchitecturemachine learning classifiersmeat sciencebiomedical engineeringbiological engineeringmicroarchitecturecomputational neuroscienceclassification methodbone researchanimal scienceanimal biotechnologymethod engineeringmachine learningneurosciencebone imagingbioinformatics

Biotechnology and Bioengineering: Volume 118, Number 5, May 2021. Biotechnology and Bioengineering (2021)

So HanEun LeeJanghan LeeHyosang LeeAmy KwonKi RyuWon-Seok ChoiEun BaekBoyuan LiuSuyue HanYahya Modarres-SadeghiMaureen LynchMatthias BrunnerKlara KolbAlena KeitelFabian StiefelThomas WucherpfennigJan BechmannAndreas UnsoeldJochen SchaubBernard BoatengSaioa ElcoroaristizabalAlan RyderMartina ZimmermannMelanie NguyenChristian SchultheissHarald KolmarAline ZimmerAmos LuAndrew MaloneyNeil DalvieJoseph BradyKerry LoveJ LoveRichard BraatzHuakang ShengYijie JingNing AnXiaolin ShenXinxiao SunYajun YanJia WangQipeng YuanZion LeeMarina RaabeWei-Shou HuDaun KimYonghyun GwonSunho ParkWoochan KimKwidug YunJangho KimKatrin BraaschMarko KryworuchkoJames PiretBárbara Pérez-FernándezJorge Fernandez-De-Cossio-DiazTammy BoggianoKalet LeónRoberto MuletFirnaaz AhamedHyun-Seob SongYong Kuen HoGarima ThakurSaxena NikitaAnamika TiwariAnurag RathoreBovinille ChoMiguel Ángel De Carvalho ServiaAntonio DelRío ChanonaRobin SmithDongda ZhangJelmer TamisBart JoosseRobbert Kasper De LeeuwLu YinWen AuChia YuTaehong KwonZhangxing LaiMenglin ShangMajid WarkianiRoger RoscheChwee LimJongyoon HanYuqian JiangHan ZhangJose WippoldJyotsana GuptaJing DaiPaul De FigueiredoJulian LeibowitzArum HanThiago MesquitaGilson CampaniRoberto GiordanoTeresa ZangirolamiAntonio HortaMarcel Mann

biotechnology

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Maureen Lynch

Assistant Professor

University of Colorado Boulder

Affiliations

College of Engineering & Applied Science

Biomedical Engineering

Paul M. Rady Mechanical Engineering

Maureen Lynch is currently serving as a Biomedical Engineering Assistant Professor at University of Colorado Boulder.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Maureen Lynch

University of Colorado Boulder

Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

#16. Variable Fluid Stresses May Alter Breast Cancer Expression in a 3D Perfusion Model of Bone Metastasis. Journal of bone oncology (2024)

Shreya VenkateshBrandon HayesBoyuan LiuNick BottenusPhilip OwensMaureen Lynch

#24. Mechanical Loading-Induced Changes to the Bone Microenvironment Control Bone Metastatic Breast Cancer Lesions. Journal of bone oncology (2024)

Blayne SarazinEmma BriggsMeredith ProveraPhilip OwensMaureen Lynch

#6. Mechanical Loading of Breast Cancer Laden Bones Alters Osteocyte Mediated Bone Loss in Vivo. Journal of bone oncology (2024)

Emma BriggsBlayne SarazinMeredith ProveraPhilip OwensMaureen Lynch

mechanical loadingmechanical engineeringregenerative medicineradiation oncologybone healthmechanical behaviorbreast canceroncologybone lossmechanical performancebone researchorthopaedic surgery

Bone Mechanical Properties Were Altered in a Mouse Model of Multiple Myeloma Bone Disease. Biomaterials Advances (2024)

Maximilian RummlerFani ZioutiLeah SnyderElizabeth A ZimmermannMaureen LynchEve DonnellyWolfgang WagermaierFranziska JundtBettina M Willie

mouse modelbone metabolismbone densitybiomedical engineeringbone mechanical propertiesbone diseasebone remodelingmechanobiologybiomechanicsbone researchorthopaedic surgeryorthopaedic research

High-Fidelity Computational Fluid Dynamics Modeling to Simulate Perfusion Through a Bone-Mimicking Scaffold. Computers in Biology and Medicine (2024)

Shreya VenkateshChayut TeeraratkulNick RovitoDebanjan MukherjeeMaureen E Lynch

The Role of Osteocytes in Pre-Metastatic Niche Formation. Current Osteoporosis Reports (2024)

Emma N. BriggsMaureen E. Lynch

osteoporosispre-metastatic niche formationhealth sciencesdevelopmental biology

Bone-Homing Metastatic Breast Cancer Cells Impair Osteocytes’ Mechanoresponse in a 3D Loading Model. Heliyon (2023)

Blayne A. SarazinBoyuan LiuElaine GoldmanAshlyn N. WhitefieldMaureen E. Lynch

Reduced Local Mechanical Stimuli in Spaceflight Diminishes Osteocyte Lacunar Morphometry and Spatial Heterogeneity in Mouse Cortical Bone. bioRxiv (Cold Spring Harbor Laboratory) (2022)

Jennifer C. CoulombeZachary A. MullenAshton M. WeinsLiam E. FisherMaureen E. LynchLouis S. StodieckVirginia. L Ferguson

Application of Machine Learning Classifiers for Microcomputed Tomography Data Assessment of Mouse Bone Microarchitecture. MethodsX (2021)

Jennifer C. CoulombeZachary K. MullenMaureen E. LynchLouis S. StodieckVirginia L. Ferguson

Biotechnology and Bioengineering: Volume 118, Number 5, May 2021. Biotechnology and Bioengineering (2021)

biotechnology

1
2
3
4
5
10 / page

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