參加第七屆世界生物力學大會(WCB)出國報告書

國立成功大學

邁向頂尖大學計畫出國案報告書

報告名稱：第七屆世界生物力學大會(WCB)

出國期間：103 年 07 月 04 日~103 年 07 月 15 日

經費來源：邁向頂尖大學計畫經費

單位：體育健康與休閒研究所

職稱：學生

姓名：龔哲嫈

中華民國 103 年 08 月 05 日

I

摘 要

世界生物力學大會為四年舉行一次的國際研討會，在歐洲、亞洲、及美國等

地區輪流舉辦，該研討會包含的研究領域有：生物學、物理學、數學……等，提

供學生到工程師等不同領域之研究員做研究交流，本次研討會超過 4000 人的參

與，並且超過 4200 篇的研究發表。本次研討會於 2014 年 07 月 06 日至 11 日在

美國波士頓舉行，會議內容包含包括基礎醫學到最頂尖的醫療設備等相關領域，

有助於未來國內進行相關研究之參考。

Abstract

The World Congress of Biomechanics (WCB) is an international meeting held one

time every four years, rotating among Europe, Asia and the Americas. The 7

^th

WCB

got engineers, scientists from various disciplines including biology, physics,

mathematics, computer science, chemistry and various clinical specialties together

again. Take the chances for researchers, engineers from industry, medical doctors,

academics, and students to join in the discussion. People who participated in this

congress were over 4000, and over 4200 presentations. This congress was held in

Boston, for a period of five days, from July 6 – 11, 2014. Applications include : basic

biology to the newest technologies. It will help for referring to the relevant research in

the future.

II

目 次

摘 要... I

目 的... 3

過 程... 3

心得及建議... 5

附 錄... 6

3

目 的

本次 WCB 囊括了醫學、工程、生物力學等領域，為了解目前各國在不同領

域中的研究成果，以及了解現今研究趨勢，因此參與這次研討會。該研討會為四

年所舉行一次的大型研討會，因此也聚集相當多的學者參與，可在研討會上認識

許多不同領域的專家，透過談話過程亦可以交流彼此的想法。另外，本實驗室也

投出三篇研究，並以海報方式發表，本人所投稿的 Effect of The Weighted Shoes on

The Impact Forces as Landing on The Ground in Heel-toe Running 為其中一篇。

過 程

去程航班：

2014/07/06 ~ 2014/07/11 7

^th

WCB 於波士頓舉行，為期六天

2014/07/03(四) 晚上 11 點出發前往桃園機場

2014/07/04(五) 早上 08:50 搭乘長榮航空 NH5808 前往東京

2014/07/04(五)* 下午 04:55 搭乘聯合航空 NH7006 前往芝加哥

2014/07/05(六)* 下午 04:15 搭乘聯合航空 UA1566 前往華盛頓

2014/07/05(六) 晚上 10:04 搭乘聯合航空 UA1648 前往波士頓

*航班因為波士頓天候不佳而延誤，與聯合航空公司溝通後，我們在芝加哥

機場附近的飯店停留一晚，隔天再搭乘前往波士頓的班機，實際抵達波士頓時間

為 07 月 05 日 23:39，透過居住美國的朋友開車載我們到預訂的飯店。

07/04 恰巧為美國國慶日，走在芝加哥街頭隨處可以看到當地人為歡慶國慶

日的裝飾，甚至在路上也可以看到準備一同狂歡的美國人，顯現出美國人對於國

家的向心力。

輾轉抵達目的地後，我們購買當地的一周地鐵車票，前往活動會場進行報到，

帶回的資料僅一本大會手冊、個人識別證以及含有這次所有被發表的論文題目的

4

隨身碟一只。這次研討會超過 4000 人參與，有趣的是，當我們停留在各機場時，

都會遇到同樣要前往 WCB 的參與者，這種緣分實屬難得。

這次 WCB 的會議主要由以下四個部分組成，包括：Plenary Lectures, Podium

Sessions, Poster Presentations, 以及 Workshops，每天早上八點開始進行，在同一

時段共有 20 場的口頭發表同時進行，發表領域包含分子生物力學、細胞學、組

織學、器官學、材料/儀器學…等議題，詳細內容請參考最後的附表。指導老師

邱宏達老師專注在鞋子、運動器材、舉重等領域中，本次研討會在這方面的主題

較少，在運動鞋的演講中，可以發現不論研究或銷售市場中，輕量化仍舊是目前

的發展趨勢，達成輕量化目標的同時，勢必得犧牲鞋子某部分的功能，例如穩定

性等問題，或許在未來可以找出可以應用在鞋面輕量且堅固的材質。另一方面，

亦有學者提出反面的觀點─增加負重，我們實驗室也有針對這個方向做探討，而

Dr. Nigg 的實驗室亦有相似的研究，但是研究面向不同，也讓我注意到有些東

西是無法兼顧的，若未來有機會開發負重鞋，必須明確指出鞋子的目的，否則在

行銷上會產生相當大的問題。另外，我們實驗室在這次的研討會也投稿了三篇研

究，均以海報方式發表，發表題目如下：

姓名 張貼日期 題目

邱宏達(老師) 2014/07/11(五)

Snatch Movement of An Elite Taiwanese

Female Weightlifter Under Lifting Different

Barbell Mass

龔哲嫈(學生) 2014/07/08(二)

Effect of The Weighted Shoes on The Impact

Forces as Landing on The Ground in Heel-toe

Running

呂軒瑜(學生) 2014/07/09(三)

Influence of The Custom-made Insole on The

Perception of Belt Speed Change During

Treadmill Running

5

波士頓是一個充滿文藝氣息的城市，也是一個充滿歷史的城市，在研討會之

餘前往哈佛、MIT 等優秀學府參觀，甚至踏上自由之路(Freedom Trail)了解美國

歷史發展。學習語言最快的方法就是直接到母語國家，沉浸在當地的氣氛跟環境

中，可以最快速的貼近當地語言，這部分也是這次出國收穫最大的部分。原本預

定 07 月 14 日(一)09:38 離開波士頓飛往華盛頓機場，有鑑於去程飛機誤點，擔

心無法及時趕上 12:20 起飛的班機，向航空公司更改班次。

回程班機：

2014/07/14(一) 早上 05:45 搭乘聯合航空 UA282 前往華盛頓

2014/07/14(一) 中午 12:20 搭乘聯合航空 NH1 前往東京

2014/07/15(二) 下午 05:40 搭乘全日航 NH1083 返回桃園機場

心得及建議

首先，感謝本校頂尖大學計畫的經費補助，以及指導老師也替我們承擔部分

生活費用支出，使得這次出國可以減輕金錢負擔。第一次遠赴他鄉參加大型研討

會，指導老師也表示這次研討會參與人數有別於以往，超過 4000 人的盛況也是

第一次看到。本次研討會主題大多著重在醫學方面，包含傷害以及復健輔助器材

等，對於下肢跑步及競技運動動作分析等方面的主題較少，但在海報發表卻意外

發現國外學者也與我們實驗室進行著類似的實驗，對於我們之後進行相關研究的

延伸有相當大的幫助，在海報發表中，也看到一些學者會將海報內容以 A4 大小

影印數分，放在自己的海報旁提供有興趣的研究人員自由索取，這樣的小巧思蠻

值得效仿的。

在芝加哥停留的那天恰巧是美國國慶日，在街頭上到處都可以看到沉浸在這

6

份喜悅的美國居民。波士頓是一個古老的城市，在參與研討會之餘，也參觀了幾

個當地著名的景點，而波士頓給我的感覺跟台南很像，在錯綜複雜的巷弄間，訴

說著這個城市、這個國家所經歷過的過去，他們以他們的方式緬懷過去，這些交

錯在街道上的過去是他們驕傲的曾經。

除了在研討會上得到的資訊外，在波士頓的生活體驗對我來說都是一個很棒

的經歷，讓我體會到世界是最棒的老師，現今社會我們需要的是國際觀，跨出國

境體驗不同文化的同時，也可以激勵自己有不同的想法及觀點，除了國際觀之外，

更重要的是需要良好的外語能力，由於環境的關係，在台灣較難有口說的練習機

會，我想在國內提供一個英語溝通的環境，對於出國留學或參與研討會的同學有

很大的幫助。

附 錄

↑本人在這次研討會的海報發表 ↑波士頓街景

以下附表為本次研討會每天進行的主題分配(來源為 WCB 官方網站：

http://wcb2014.com/event-info/technicalprogram/)。

WCB2014(Podium(Session(Schedule(–(SUNDAY(July(6,(2014(

!

All!podium!sessions!are!located!in!the!Hynes!Convention!Center,!with!Hynes!room!numbers!indicated!below!and!in!the!podium!presentation!

listings!that!follow.!The!WCB!online!itinerary!builder!and!printed!index!refer!to!sessions!by!a!two@index!“Session!Number”!such!as!Session!2@18.!This!

indicates!the!session!index!and!location!index,!respectively,!as!shown!in!the!table!below.!For!example,!Session!2@18!is!a!session!index!of!2!(which!is!

Sunday!4:30@6pm)!and!a!room!index!of!18!(which!is!Hynes!310).!This!session!title!is!“Biomechanics!of!Running.”!Session!chairs!are!listed!in!

parentheses,!after!the!session!title.!!

!!

Room$

Index$ Room(

Number( (Session$Index$1)((

2:30(–(4:00(pm( (Session$Index$2)((

4:30(–(6:00(pm(

1$ 109( Protein!Mechanics!

(Ruberti!&!Castro)!

Molecular!&!Cellular!

Experimental!Tools!!

(Ruberti!&!McGarry)!

2$ 110( Mechanics!of!Adhesion!&!

Contractility!(Billiar!&!McGarry)! Extracellular!Matrix!Mechanics!

(Billiar!&!Richardson)!

3$ 111( Cell!Responses!to!Stress!

(Agarwal!&!Parameswaran)! Cell!Mechanics!&!Function!

(Neu!&!Angelini)!

4$ 306^*( Cell!&!Tissue!Mechanics!

(Chen!&!Azeloglu)! Cell@Matrix!Interactions!

(Clyne!&!Meininger)!

5$ 302^*( Biomechanics!of!Cancer!I!

(Fabry!&!O’Neill)! Biomechanics!of!Cancer!II!

(Ayyaswamy!&!Stylianopoulos)!

6$ 309( Point@of@Care!Microfluidics!

Based!Diagnostics!

(LeDuc!&!Kim)!

Organ!on!Chip!Systems!

(LeDuc!&!Kim)!

7$ 300( Carotid!and!Cerebral!Fluid!

Mechanics!(Loth)! Model!&!Regulatory!Affairs!

(McGloughlin!&!Baxter)!

8$ BallIC( Tissue!Engineering!I!

(Gaudette!&!S.!Wang)! Tissue!Engineering!II!

(van!Donkelaar!&!Aggarwal)!

9$ 312( Tendon@Ligament@Cartilage!

(Thomopoulos!&!Yamamoto)! Ligament!&!Tendon!I!

(Thomopoulos!&!Kuo)!

10$ 313( Cartilage!Mechanics!I!

(Hung)! Cartilage!Mechanics!II!

(Hung)!

11$ 305( Biomechanics!of!

Morphogenesis!I!(J.!Lee)! Biomechanics!of!

Morphogenesis!II!(Lee)!

12$ 301( Microstructural!Modeling!

(Amini!&!Zhang)! Pulmonary!Hypertension!

(Finol)!

13$ 311( Imaging!for!Tissue!

Biomechanics!

(Sinkus!&!Moerman)!

Ultrasound!Techniques!in!

Cardiovascular!Dynamics!

(Hasegawa)!

14$ BallIA( Mechanics!of!Cartilage!and!

Intervertebral!Disc!(W.!Gu)! Mechanics!of!the!Inter@

vertebral!Disc!(Gu)!

15$ BallIB( Mechanobiology!of!Bone!

(Robling)! Mechanoregulation!of!Bone!

(Tanaka)!

16$ 308( Computational!Methods!

(S.!Sastry)! Biomechanical!Instrumentation!

(Moreno)!&!Okamoto!

17$ 307(

Knee!Grand!Challenge!

(Fregly)!

*Continued!in!Tuesday!!

Session!8@15!

Biomechanics!of!Wheelchair!

Locomotion!

(Kuxhaus)!

18$ 310( Biomechanics!of!Running!

(Ferguson)!

Biomechanics!of!Shod!&!

Unshod!Running!

(Rubenson)!

19$ 303( Biomechanics!and!Martial!Arts!

(Pain)! Biomechanics!of!Head!Impact!

(Cripton!&!Schmitt)!

20$ 304^*( Biomechanics!for!Under@Body!

Blast!Environment!–!Warrior!

Injury!Assessment!I!(Coates)!

Biomechanics!for!Under@Body!

Blast!Environment!–!Warrior!

Injury!Assessment!II!(Coates)!

!

*Rooms!302,!304,!and!306!will!be!combined!for!one!of!the!Plenary!Lectures.!Thus!sessions!

!preceding!Plenary!Lectures!in!these!rooms!must!end!on!time.!Ball@A,B,C!are!ballrooms.!

! ! !

WCB2014(Podium(Session(Schedule(–(MONDAY(July(7,(2014(

All!podium!sessions!are!located!in!the!Hynes!Convention!Center,!with!Hynes!room!numbers!indicated!below!and!in!the!podium!presentation! (

listings!that!follow.!The!WCB!online!itinerary!builder!and!printed!index!refer!to!sessions!by!a!two@index!“Session!Number”!such!as!Session!2@18.!This!

indicates!the!session!index!and!location!index,!respectively,!as!shown!in!the!table!below.!For!example,!Session!4@1!is!a!session!index!of!4!(which!is!

Monday!11am@12:30pm)!and!a!room!index!of!1!(which!is!Hynes!109).!This!session!title!is!“DNA!Mechanics!&!Assembly.”!Session!chairs!are!listed!in!

parentheses,!after!the!session!title.!!

! Room$

Index$ Room(

Number( (Session$Index$3)((

8:00(–(9:30(am( (Session$Index$4)((

11:00(am(–(12:30(pm( (Session$Index$5)((

3:00(–(4:30((pm( (Session$Index$6)((

5:00(–(6:30(pm(

1$ 109( Nucleic!Acid!Nanostructures!

(Bathe!&!Castro)! DNA!Mechanics!&!Assembly!

(Liang)!

Mechanics!of!the!Nuclear!Pore!

&!Nucleocytoplasmic!Transport!

(Mofrad)!

Mechanics!of!Biomolecular!

Complexes!

(Purohit)!

2$ 110( Molecular!Mechanisms!of!

Biological!Lubrication!I!(Klein)! Molecular!Mechanisms!of!

Biological!Lubrication!II!!(Klein)! Duling!Memorial!Symposium!

on!Glycocalyx!I!(Dewey)! Duling!Memorial!Symposium!

on!Glycocalyx!II!(Dewey)!

3$ 111( Mechanosensitive!Signaling!

Pathways!I!

(Engler!&!Cooper@White)!

Mechanosensitive!Signaling!

Pathways!II!

(Engler!&!Cooper@White)!

Cellular!Mechanotransduction!

(Low!&!Leckband)! Cell@Substrate!Interactions!I!

(Vogel!&!Schwarz)!

4$ 306^*( Theoretical!&!Computational!

Modeling!of!Cells!

(Vernerey)!

Continuum!Approaches!in!Cell!

Mechanics!(Kas!&!Merkel)!

Nano@!and!Micro@mechanics!of!

Collagen!I!

(Bennink!&!Snedeker)!

Nano@!and!Micro@mechanics!of!

Collagen!II!

(Bennink!&!Snedeker)!

5$ 302^*( Energy@Based!Cancer!Thera@

pies:!Challenges!&!Strategies!

(He!&!Wang)!

Energy@Based!Cancer!Thera@

pies:!Mechanisms!Across!Scales!

(He!&!Zhao)!

USNCB!Biomechanics!in!

Oncology!I!!

(Dong!&!Swartz)!

USNCB!Biomechanics!in!

Oncology!II!!

(Nagahara!&!Dong)!

6$ 309( Biological!Flow!at!the!Cellular!

Level!I!(Ishikawa)! Biological!Flow!at!the!Cellular!

Level!II!(Ishikawa)! Biological!Flow!at!the!Cellular!

Level!III!(Ishikawa)!

P.!Ayyaswamy!70^th!Birthday!

Tribute!I:!Interfacial!Fluid!

Dynamics!and!Thin!Film!Flows!

(Kieweg!&!Ghadiali)!

7$ 300( Engineering!Advances!in!

Pediatric!Cardiology!I!

(Marsden!&!Feinstein)!

Engineering!Advances!in!

Pediatric!Cardiology!II!

(Marsden!&!Feinstein)!

Pediatric!Biomechanics!

(Yoganathan!&!Manning)! Pediatric!Clinical!Challenges!

(Yoganathan!&!Manning)!

8$ BallIC( Mechanobiology!&!Athero@

sclerotic!Plaque!Composition!

(Ohayon!&!Schwartz)!

Atherosclerotic!Plaque!

Properties!

(Gijsen!&!Walsh)!

Atherosclerotic!Plaque!

Strength!

(Speelman!&!Holzapfel)!

Clinical!Applications!of!Plaque!

Modeling!

(Tang!&!Migliavacca)!

9$ 312( Ligament!&!Tendon!II:!Mech@

anoregulation!of!Regeneration!

&!Homeostasis!(Kuo)!

Ligament!&!Tendon!III:!Mech@

anoregulation!of!Regulation!&!

Homeostasis!(Kuo)!

Ligament!&!Tendon!IV:!Func@

tional!Adaptation!to!Mechani@

cal!Stimulation!(Tohyama)!

Joint!&!Soft!Tissue!Mechanics!

(Bevill)!

10$ 313( Tribology!of!Articular!Cartilage!

(Nakanishi)! Tribology!I:!Cartilage,!Tissue!&!

Biomaterial!(Nakanishi)! Tribology!II:!Cartilage,!Tissue!&!

Biomaterial!(Nakanishi)! Musculoskeletal!Tissue!

Engineering!I!(Akkus)!

11$ 305( Force!Generation!&!Sensing!in!

Organisms!I!

(Fratzl!&!Weinkamer)!

Force!Generation!&!Sensing!in!

Organisms!II!

(Fratzl!&!Weinkamer)!

Matrix!and!Mechanical!

Environment!

(Chan)!

USNCB!Mechanics!of!Tissue!&!

Organ!Development!I:!Cardio@

vascular!(Taber!&!Wagenseil!)!

12$ 301( Multiscale/Multiphase!Tissue!

Computational!Modeling!

(Hatami@Marbini)!

Biodesign!&!Multiscale!

Architecture!of!Bone!

(Vashishth)!

Multiscale!Techniques!in!Bio@

mechanics!&!Mechanobiology!I!

(Pivonka!&!Hellmich)!

Multiscale!Techniques!in!Bio@

mechanics!&!Mechanobiology!

II!(Mueller,!Pivonka,!Hellmich,!

&!van!Rietbergen)!

13$ 311( Biomechanics!of!Soft!Tissues!–!

Magnetic!Resonance!Elasto@

graphy!(Bensamoun,!Setton)!

Ultrasonic!Elastography!

(Nightingale)! Imaging!Tissue!Biomechanics!I!

(Konofagou!&!Segers)!

Imaging!Tissue!Biomechanics!II:!

Orthopedic!&!Rehabilitation!

(Zheng)!

14$ BallIA( ASME!V.C.!Mow!Award!&!

Cellular!Mechanotransduction!

(Grimm)!

Biothermomechanics!

(Wright)!

Undergraduate!Design!Compe@

tition!in!Rehabilitation!&!Assis@

tive!Devices!(Bush!&!Siston)!

Clinical!Gait!Analysis!

(Galli!&!Leardini)!

15$ BallIB( From!Total!Joint!Replacement!

to!Tissue!Engineering:!Present!

&!Future!(Maher!&!Wright)!

Advances!in!Intramedullary!

Nailing!Systems!for!Long!Bones!

(Bottlang!&!Augat)!

Implants!for!Mechanical!Stimu@

lation!of!Fracture!Healing!

(Augat!!&!Bottlang)!

Mechanical!Biocompatibility!of!

Implants!&!Biomaterials!

(Mazza)!

16$ 308( ASME!Y.C.!Fung!Young!Award!

&!Cardiovascular!Mechano@

biology!(Vorp)!

Cell!Mechanics!

(Holzapfel)!

NSF!Symposium:!Muscle!

Synergy!Analysis:!From!

Descriptive!to!Predictive!

(Fregly!&!Patten)!

Biomechanics!of!Brain!

Formation!&!Injury!

(Nielsen!&!Duma)!

17$ 307( Elastic!Mechanisms!I!

(Lichtwark)! Elastic!Mechanisms!II!

(Lichtwark)!

PhD!Student!Competition:!Cell!

Mechanics!!

(Boerckel!&!Hutcheson)!

*Six!talks!per!session!

PhD!Student!Competition:!

Cardiovascular!!

(Finol!&!Di!Martino)!

*Six!talks!per!session!

18$ 310( Improving!Performance!in!

Sport!I!!

(McNitt@Gray)!

Improving!Performance!in!

Sport!II!!

(McNitt@Gray)!

ASB!Computer!Simulation!of!

Sports!&!Exercise!I!

(Challis!&!Pain)!

ASB!Computer!Simulation!of!

Sports!&!Exercise!II!

(Challis!&!Pain)!

19$ 303( Traumatic!Brain!Injury!I!

(Camarillo!&!Siegmund)! Traumatic!Brain!Injury!II!

(Camarillo!&!Siegmund)! Brain!Injury!Mechanics!I!

(Monson)! Brain!Injury!Mechanics!II!

(Coats)!!

20$ 304^*( Foot!&!Ankle!Biomechanics!I!

(Rosenbaum)! Foot!&!Ankle!Biomechanics!I!

(Leardini!&!Galli)! Biomechanics!of!the!Foot!&!

Ankle!(Bishoff!&!Ledoux)! ISB!–!Footwear!Biomechanics!I:!

Force!(Nigg!&!Arndt)!

!

!*Rooms!302,!304,!and!306!will!be!combined!for!one!of!the!Plenary!Lectures.!Thus,!sessions!preceding!Plenary!Lectures!in!these!rooms!must!end!on!time.!!Ball@A,B,C!

are!ballrooms.!! !

WCB2014(Podium(Session(Schedule(–(TUESDAY(July(8,(2014(

!

All!podium!sessions!are!located!in!the!Hynes!Convention!Center,!with!Hynes!room!numbers!indicated!below!and!in!the!podium!presentation!

listings!that!follow.!The!WCB!online!itinerary!builder!and!printed!index!refer!to!sessions!by!a!two@index!“Session!Number”!such!as!Session!2@18.!This!

indicates!the!session!index!and!location!index,!respectively,!as!shown!in!the!table!below.!For!example,!Session!8@1!is!a!session!index!of!8!(which!is!

Tuesday!11am@12:30pm)!and!a!room!index!of!1!(which!is!Hynes!109).!This!session!title!is!“Bio@Inspired!Manufacturing.”!Session!chairs!are!listed!in!

parentheses,!after!the!session!title.!!

! Room$

Index$ Room( (Session$Index$7)((

8:00(–(9:30(am( (Session$Index$8)((

11:00(–(12:30( (Session$Index$9)((

2:30(–(4:00( (Session$Index$10)((

4:30(–(6:00(pm(

1$ 109( Design,!Fabrication,!Analysis!of!

Hierarchical!Biomaterials!

(Buehler!&!Qin)!

Bio@Inspired!Manufacturing!

(Ye!&!Dong)!

Bio@inspired!Materials!from!

Nanostructures!I!

(Xu)!

Bio@inspired!Materials!from!

Nanostructures!II!

(Xu)!

2$ 110( Actomyosin!Mechanobiology!I!

(Yingxiao!&!Gardel)! Actomyosin!Mechanobiology!II!

(Yingxiao!&!Gardel)!

Engineering!Molecular!Mecha@

nics!with!Synthetic!Biology!I!

(Ruder!&!LeDuc)!

Engineering!Molecular!Mecha@

nics!with!Synthetic!Biology!II!

(Ruder!&!LeDuc)!

3$ 111( Cell@Substrate!Interaction!II!

(Vogel!&!Schwarz)! Cell@Substrate!Interaction!III!

(Vogel!&!Schwarz)! Biophysical!Aspects!of!Cell/Cell!

Adhesion!(Julicher)! Cell@Cell!Adhesion!&!Cell!

Rheology!(Heisenberg)!

4$ 306^*( Micromechanical!Tools!

(Kas!&!Merkel)!

Optical!&!Magnetic!Cell!

Manipulation!

(Kas!&!Merkel)!

Physical!Properties!of!a!Mem@

brane!CSK!Coupled!System!

(Gov!&!Bassereau)!

Force!Generation!by!the!Cyto@

skeleton!on!the!Membrane!I!

(Gov!&!Bassereau)!

5$ 302^*( Cell!and!ECM!Rheology!

(Weitz!&!Navajas)! Whole!Cells!&!Collective!

Behaviors!(Genin!&!Kaunas)! Whole!Cell!Biomechanics!I!

(Sato!&!Wang)! Whole!Cell!Biomechanics!II!

(Sato!&!Wang)!

6$ 309( Biomaterial!Gradients!for!

Directed!Cell!Migration!

(Sundararaghavan)!

Engineered!Cellular!!!

Environments!

(Kim!&!Simmons)!

Modeling!Multiphysics!and!

Complex!Phenomena!in!Soft!

Tissues!(Noailly)!

GEM4!

(Hsi)!

7$ 300( Mechanical!Circulatory!Support!

I:!Future!Pediatric!Devices!

(Manning!&!Baldwin)!

Mechanical!Circulatory!Support!

II:!Improving!Adult!VADs!

(Manning)!

Mechanical!Circulatory!!

Support!Devices!

(Cook!&!Koenig)!

Heart!Valve!Fluid!Mechanics:!

The!Chandran!Impact!

(Manning!&!Yoganathan)!

8$ BallIC( Vulnerable!Plaque!I:!Data,!

Modeling,!Mechanisms!

(Ku!&!Tang)!

Vulnerable!Plaque!II:!Data,!

Modeling,!Mechanisms!

(Gijsen!&!Bluestein)!

Abdominal!Aortic!Aneurysm!I!

(Finol!&!Papaharilaou)! Abdominal!Aortic!Aneurysm!II!

(Finol!&!Papaharilaou)!

9$ 312( Vascular!Growth!&!Remodeling!

Mechanics!I!

(Gleason!&!Figueroa)!

Vascular!Growth!&!Remodeling!

Mechanics!II!

(Gleason!&!Figueroa)!

Vascular!Growth!&!Remodeling!

Mechanics!III!

(Gleason!&!Figueroa)!

Cardiac!Growth!and!

Remodeling!Mechanics!

(Nash!&!Holmes)!

10$ 313( Musculoskeletal!!

Tissue!Engineering!II!!

(Akkus)!

Passive!Skeletal!Muscle:!

Experiments!&!Modeling!I!

(Simms)!

Passive!Skeletal!Muscle:!

Experiments!&!Modeling!II!

(Simms)!

Connective!Tissue!Mechanical!

Behavior:!Experiments!&!

Modeling!(Simms)!

11$ 305( USNCB!Mechanics!of!Tissue!&!

Organ!Development!II:!Force!

Generation!(Taber!&!Davidson)!

USNCB!Mechanics!of!Tissue!&!

Organ!Development!III:!Multi@

scale!Methods!(Taber!&Nelson)!

Lymphatics!&!Interstitial!Fluid!I:!

Biomechanics!and!Modeling!

(Dixon!&!Moore)!

Lymphatics!&!Interstitial!Fluid!

II:!Cancer!and!Immunity!

(Dixon!&!Moore)!

12$ 301( Multiscale!Techniques!in!Bio@

mechanics!&!Mechanobiology!

III!(Mueller!&!Pivonka)!

Respiratory!Biomechanics:!

Linking!Structure!&!Function!in!

the!Lung!(Suki!&!Wada)!

Respiratory!Biomechanics:!

Remodeling!&!Regeneration!

(Maksym!&!Niklason)!

Respiratory!!Biomechanics:!

Transport!&!Disease!

(Bates!&!Filoche)!

13$ 311( Imaging!Tissue!Biomechanics!III!

(Konofagou)!

Reproductive!&!Women’s!

Health!I:!Uterine!Peristalsis!&!

Myometrial!Contractility!

(House!&!Own)!

Reproductive!&!Women’s!

Health!II:!Biomechanics!!

of!the!Cervix!!

(Shmygol!&!Eswaran)!

Reproductive!&!Women’s!

Health!III:!Biomechanics!of!

Pregnancy!&!Delivery!1!

(Myers!&!Feltovich)!

14$ BallIA(

PhD!Student!Competition:!!

Cartilage!&!Menisci!!

(Hung!&!Fisher)!

*Six!talks!per!session!

Spine!Loading!&!Stabilization!

(Hurschler)!

Intervertebral!Disc!

Mechanobiology!I!

(Ito)!

Intervertebral!Disc!

Mechanobiology!II!

(Ito!&!Elliott)!

15$ BallIB( Orthopedic!Implant!Design!

(Rullkoetter!&!Taylor)!

Knee!Grand!Challenge!(Fregly)!

*Continued!from!Sunday!

Session!1@17!

DGfB!Awards!Session!

(Muendermann)!

*Seven!shorter!talks!

Patellofemoral!!

Mechanics!&!Pain!!

(Pal)!

16$ 308( Rehabilitation!Dynamics!

(Miller!&!Bush)!

CSB!Promising!Young!

Investigator!&!Masters!Awards!

(Andrews)!

CSB!Doctoral!Awards!

(Andrews)!

State!of!the!Art!in!Motion!

Capture!&!Analysis!

(Tanaka)!

17$ 307(

PhD!Student!Competition:!

Human!Locomotion!!

(Chaudhari!&!Morrow)!

*Six!talks!per!session!

PhD!Student!Competition:!

Orthopedics!!

(Wang!&!Li)!

*Six!talks!per!session!

ASB!New!Approaches!to!Bio@

mechanics!in!Ergonomics!&!

Human!Factors!I!!

(Hughes!&!Cham)!

ASB!New!Approaches!to!Bio@

mechanics!in!Ergonomics!&!

Human!Factors!II!!

(Hughes!&!Cham)!

18$ 310( ANZSB!Student!Awards!

(Barrett!&!Creswell)! ANZSB!Student!Awards!

(Barrett!&!Creswell)!

ESB!Awards^*!

(Zioupos)!

*Session!will!start!18!min!early!

ANZSB!Young!Investigator!&!

Student!Awards!

(Barrett!&!Creswell)!

19$ 303( NSF!Symposium:!Virtual!Reality!

&!Rehabilitation!

(Patterson!&!Wilson)!

PhD!Student!Competition:!

Image@Based!Measurements!

(Pekkan!&!VandeGeest)!!

*Six!talks!per!session!

ISB!Motor!Control!I!

(De!Luca)! ISB!Motor!Control!II!

(P!Rowe)!

20$ 304^*( ISB!–!Footwear!Biomechanics!II:!

Muscle!!

(Davis,!Mickle,!&!Arndt)!

ISB!–!Footwear!Biomechanics!

III:!Movement!!

(Arndt!&!Nigg)!

ISB!–!Footwear!Biomechanics!

IV:!Foot!&!Ankle!!

(Bus,!Gruber,!Arndt)!

Physical!Activity!Assessment!

with!Body!Worn!Sensors!

(Rosenbaum)!

!

!*Rooms!302,!304,!and!306!will!be!combined!for!one!of!the!Plenary!Lectures.!Thus,!sessions!preceding!Plenary!Lectures!in!these!rooms!must!end!on!time.!!Ball@A,B,C!

are!ballrooms.!! !

WCB2014(Podium(Session(Schedule(–(WEDNESDAY(July(9,(2014 (

!

All!podium!sessions!are!located!in!the!Hynes!Convention!Center,!with!Hynes!room!numbers!indicated!below!and!in!the!podium!presentation!

listings!that!follow.!The!WCB!online!itinerary!builder!and!printed!index!refer!to!sessions!by!a!two@index!“Session!Number”!such!as!Session!2@18.!This!

indicates!the!session!index!and!location!index,!respectively,!as!shown!in!the!table!below.!For!example,!Session!13@1!is!a!session!index!of!13!(which!

is!Wednesday!3@4:30pm)!and!a!room!index!of!1!(which!is!Hynes!109).!This!session!title!is!“Nanostructured!Biomaterials.”!Session!chairs!are!listed!in!

parentheses,!after!the!session!title.!!

! Room$

Index$ Room( (Session$Index$11)((

8:00(–(9:30(am( (Session$Index$12)((

11:00(am(–(12:30(pm( (Session$Index$13)((

3:00(–(4:30(pm( (Session$Index$14)((

5:00(–(6:30(pm(

1$ 109( Nanomechanics!of!the!Cellular!

Environment!

(Bourne!&!Reinhart@King)!

Molecular!Brushes:!Models!&!

Experiments!

(Vesentini)!

Nanostructured!Biomaterials!

(Ramakrishna!&!Yang)!

NSF!Symposium:!Quantifying!a!

Dynamic!Picture!of!the!Brain!in!

Action!(Genin)!

2$ 110( Single!Molecule!Mechanics!of!

Motor!Proteins!I!

(Lang!&!Hwang)!

Single!Molecule!Mechanics!of!

Motor!Proteins!II!

(Lang!&!Hwang)!

Mechanics!of!Weak!Protein@

Ligand!Interaction!I!

(Ji!&!Li)!

Mechanics!of!Weak!Protein@

Ligand!Interaction!II!

(Ji!&!Li)!

3$ 111( Mechanotransduction!at!Focal!

Adhesions!!

(Mofrad)!

Molecular!Adhesion!

(Viasnoff)!

Sub@Cellular!Biophysics!&!

Mechanosensing!!

(Genin!&!Kaunas)!

Measurements!&!Models!for!

Cell@ECM!Interactions!

(Genin!&!Kaunas)!

4$ 306^*( Force!Generation!by!the!Cyto@

skeleton!on!the!Membrane!II!

(Gov!&!Bassereau)!

Semi@flexible!Cytoskeletal!Fila@

ments–Basis!of!Cell!Mechanics!

(Kas)!

Multiscale!Modeling!of!!

Semi@flexible!Polymers!

(Schieber)!

Molecular!Mechanics!of!!

Micro@tubules!I!

(Sept!&!Ross)!

5$ 302^*( Whole!Cell!Biomechanics!III!

(Sato!&!Wang)!

Emergent!Behaviors!of!

Integrated!Cellular!Systems!I!

(Bashir,!Nerem,!&!Kamm)!

Emergent!Behaviors!of!

Integrated!Cellular!Systems!II!

(Bashir,!Nerem,!&!Kamm)!

Emergent!Behaviors!of!

Integrated!Cellular!Systems!III!

(Bashir,!Nerem,!&!Kamm)!

6$ 309( Advancements!in!Tissue!

Engineering!Bioreactor!Design!

(Moretti!&Marsano)(

Molecular!Mechanisms!of!

Tissues!&!Scaffolds!!

(Akkus)!

Functional!Tissue!Engineering!I!

(Costa!&!Hung)! Functional!Tissue!Engineering!II!

(Hung!&!Costa)!

7$ 300( Imaging!in!Vascular!!

Biomechanics!!

(Gounis,!Vorp,!&!vande!Geest)!

Hemodynamics!&!Medical!

Imaging!!

(Moore!&!Gounis)!

Intraventricular!Blood!Flow!

Dynamics!I!

(Shadden!&!del!Alamo)!

Intraventricular!Blood!Flow!

Dynamics!II!

(Shadden!&!del!Alamo)!

8$ BallIC( Abdominal!Aortic!Aneurysm!III!

(Finol!&!Papaharilaou)!

Abdominal!and!Thoracic!Aortic!

Aneurysm!!

(Yamada!&!Leask)!

Thoracic!Aortic!Aneurysm!&!

Dissection!

(Yamada)!

Cerebral!Aneurysms!I:!Clinical!

&!Industrial!Perspectives!

(Steinman!&!Raghavan)!

9$ 312( Mechanics!of!Myocardial!

Infarction!&!Post@Infarction!

Therapies!(Holmes!&!Wenk)!

Biomechanics!of!Heart!Valves!

(Sacks)!

Micromechanics!of!!

Cardiovascular!Tissues!I!

(Lanir!&!Kassab)!

Micromechanics!of!!

Cardiovascular!Tissues!II!

(Lanir!&!Kassab)!

10$ 313( Biomechanical!Evaluation!of!

Tissue!Engineered!Cartilage!

(Detamore)!

Muscle!Mechanics!I!

(Herzog)! Muscle!Mechanics!II!

(Herzog)! Muscle!Mechanics!III!

(Herzog)!

11$ 305( Lymphatics!and!Interstitial!

Fluid!III:!Lymphatic!Physiology!

(Dixon!&!Moore)!

Cell@Biomaterial!Interface!I!

(Leong!&!Hoffman)! Cell@Biomaterial!Interface!II!

(Leong!&!Hoffman)! Cell@Biomaterial!Interface!III!

(Leong!&!Hoffman)!

12$ 301( Multiscale!Modeling!I:!!!

Orthopaedics!!

(Erdemir)!

Multiscale!Modeling!II:!!

Cardiovascular!!

(Pierce)!

Computational!Challenges!in!

Multiscale!Modeling!I!

(Viceconti)!

Computational!Challenges!in!

Multiscale!Modeling!II!

(Viceconti)!

13$ 311(

Reproductive!&!Women’s!

Health!IV:!Biomechanics!of!

Pregnancy!&!Delivery!2!

(Mazza!&!Oczeretko)!

Reproductive!&!Women’s!

Health!V:!Biomechanics!of!the!

Placenta!&!Embryology!

(Ferguson!&!Gargett)!

Reproductive!&!Women’s!

Health!VI:!Biomechanics!of!the!

Pelvic!Floor!1!

(Damaser!&!Jorge)!

Reproductive!&!Women’s!

Health!VII:!Biomechanics!of!the!

Pelvic!Floor!2!

(DeLancy!&!Hoyte)!

14$ BallIA( Robotics:!Lower!Limb!

Exoskeletons!I!(Sawicki)! Robotics:!Lower!Limb!

Exoskeletons!II!(Sawicki)! Degenerative!Spine!

(Oxland)! Biomechanics!of!the!Spine!

(Wang)!

15$ BallIB( Multiscale!Techniques!in!Bio@

mechanics!&!Mechanobiology!

IV!(Mueller!&!Pivonka)!

Multiscale!Techniques!in!Bio@

mechanics!&!Mechanobiology!

V!(Mueller!&!Pivonka)!

Structure@Function!in!Soft!

Tissue!–!Bone!

(Morgan)!

Mechanobiology!of!Bone!

Healing!

(Morgan)!

16$ 308( CSB!Soft!Tissue!Mechanics!

(Federico)! CSB!Career!Awards!

(Robinovitch)!

CSB!Occupational!Biomech@

anics:!Upper!Extremity!Analysis!

Tools!(Dickerson)!

Mechanics!and!Mechano@

biology!of!Soft!and!Hard!

Tissues!(Donahue!&!Masen)!

17$ 307( Evolutionary!Biomechanics!of!

Animal!Locomotion!I!

(Hutchinson)!

Evolutionary!Biomechanics!of!

Animal!Locomotion!II!

(Hutchinson)!

Role!of!Spasticity!in!Locomo@

tion:!Experiments!&!Simula@

tions!(Jonkers!&!DeGroote)!

Evolutionary!Biomechanics!of!

Animal!Locomotion!III!

(Hutchinson)!

18$ 310( ASB!Subject@!&!Patient@Specific!

Musculoskeletal!Modeling!I!

(Anderson)!

ASB!Subject@!&!Patient@Specific!

Musculoskeletal!Modeling!II!

(Anderson)!

ISB!Presidential!Symposium!I!

(Challis!&!!van!den!Bogert)! ISB!Presidential!Symposium!II!

(Challis,&!van!den!Bogert)!

19$ 303( Aging!of!the!Neuromuscular!

System!I!!

(Power)!

Aging!of!the!Neuromuscular!

System!II!!

(Power!&!Dalton)!

Mechanical!Loading!as!In!Vivo!

Anabolic!Agent!for!Bone!Tissue!

Engineering!(Pioletti)!

ANZSB!Young!Investigator!

Awards!!

(Barrett)!

20$ 304^*( Design!of!Feet!in!Relation!to!

Locomotion!!

(Biewener!&!Full)!

Maneuvering!on!Challenging!

Terrain!!

(Biewener!&!Full)!

Comparative!Biomechanics!of!

Bipedal!Locomotion!

(Blickhan!&!Ogihara)!

How!&!Why!to!Couple!Soft@

Tissue!@!Rigid!Body!Simulations!

(Blemker!&!van!den!Bogert)!

!

*Rooms!302,!304,!and!306!will!be!combined!for!one!of!the!Plenary!Lectures.!Thus!sessions!preceding!Plenary!Lectures!in!these!rooms!must!end!on!time.!!Ball@A,B,C!

are!ballrooms.!

WCB2014(Podium(Session(Schedule(–(THURSDAY(July(10,(2014(

!

All!podium!sessions!are!located!in!the!Hynes!Convention!Center,!with!Hynes!room!numbers!indicated!below!and!in!the!podium!presentation!

listings!that!follow.!The!WCB!online!itinerary!builder!and!printed!index!refer!to!sessions!by!a!two@index!“Session!Number”!such!as!Session!2@18.!This!

indicates!the!session!index!and!location!index,!respectively,!as!shown!in!the!table!below.!For!example,!Session!15@6!is!a!session!index!of!15!(which!

is!Thursday!8@9:30am)!and!a!room!index!of!6!(which!is!Hynes!309).!This!session!title!is!“Cell!Motility.”!Session!chairs!are!listed!in!parentheses,!after!

the!session!title.!!

! Room$

Index$ Room( (Session$Index$15)((

8:00(–(9:30(am( (Session$Index$16)((

11:00(am(–(12:30(pm( (Session$Index$17)((

2:30(–(4:00(pm( (Session$Index$18)((

4:30(–(6:00(pm(

1$ 109( Enhanced!Imaging!&!!

Treatment!with!Nanoparticles!

(Rylander!&!West)!

Micro/Nano!Technology!in!

Cryopreservation!

(Zhang!&!Bhowmick)!

P.!Ayyaswamy!70^th!Birthday!

Tribute!II:!Devices!&!Modeling!

Nanoparticles!(Liu!&Rylander)!

Functional!Micro/Nanodevices!

for!Quantitative!Cell!and!Tissue!

Mechanics!(Bashir!&!Fu)!

2$ 110( Implications!for!Flow!on!Cell!

Adhesion!&!Drug!Delivery!

(Thomas)!

CNS!Transport!&!Drug!Delivery!

I:!Experimental!

(Sarntinoranont!&!Smith)!

CNS!Transport!&!Drug!Delivery!

II:!Modeling!

(Sarntinoranont!&!Smith)!

Molecular!Imaging!&!

Therapeutic!Approaches!

(Bao!&!Gounis)!

3$ 111( Cytoskeletal!Mechanics!&!

Physics!of!Adhesion!I!

(Bershadsky!&!Schwarz)!

Cytoskeletal!Mechanics!&!

Physics!of!Adhesion!II!

(Bershadsky!&!Schwarz)!

Cytoskeletal!Mechanics!&!

Physics!of!Adhesion!III!

(Bershadsky!&!Schwarz)!

Prenatal!Skeletal!Development:!

Mechanobiology!&!Mechano@

transduction!(Nowlan)!

4$ 306^*( Intermediate!Filaments!

(MacKintosh!&!Schmidt)! Active!Cytoskeletal!Networks!I!

(MacKintosh!&!Schmidt)! Active!Cytoskeletal!Networks!II!

(MacKintosh!&!Schmidt)! Cytoskeletal!Rheology!In!Vivo!

(MacKintosh!&!Schmidt)!

5$ 302^*( Stem!Cell!Nucleus!I!

(Discher!&!McDevitt)! Stem!Cell!Nucleus!II!

(Discher!&!McDevitt)! Stem!Cell!Nucleus!III!

(Discher!&!McDevitt)! Stem!Cell!Nucleus!IV!

(Discher!&!McDevitt)!

6$ 309( Cell!Motility!

(Pathak)! High!Resolution!Imaging!in!

Mechanobiology!I!(Muller)! High!Resolution!Imaging!in!

Mechanobiology!II!(Muller)! High!Resolution!Imaging!in!

Mechanobiology!III!(Muller)!

7$ 300( Cardiovascular!Fluid!Mechanics!

I!(Michler!&!Figueroa)! Cardiovascular!Fluid!Mechanics!

II!(Nordsletten!&!Figueroa)! New!Frontiers!in!1@D!Cardio@

vascular!Modeling!(Chesler)! Biomechanics!of!the!Coronary!

Circulation!(Kassab)!

8$ BallIC( Cerebral!Aneurysms!II:!Tissue!

Mechanics!&!Mechanobiology!

(Watton!&!Robertson)!

Cerebral!Aneurysms!III!

(Raghavan)!

Cerebral!Aneurysms!IV:!

Hemodynamics!

(Cebral!&!Steinman)!

Cerebral!Aneurysms!V:!Risk!

Assessment!&!Modeling!

(Meng!&!Raghavan)!

9$ 312( Arterial!Stiffness!&!Disease!I!

(Greenwald)! Arterial!Stiffness!&!Disease!II!

(Greenwald)! Arterial!Stiffness!&!Disease!III!

(Greenwald)! Tissue!&!Vascular!Cell!Mech@

anics!(Janmey!&!Matsumoto)!

10$ 313( Soft!Tissues!Mechanics!I!

(Vena!&!Nguyen)! Soft!Tissue!Mechanics!II!

(Zadpoor!&!Federico)!

Meniscus!Tissue!Engineering!

and!Mechanics!

(Donahue)!

Mechanobiology!&!

Inflammation!of!Cartilage!

(Chen&!Fredberg)!

11$ 305( Human!Whole!Body!Thermal!

Modeling!!

(Diller!&!Shrivastava)!

Cryotherapy!&!Mechanisms!of!

Action!!

(Diller!&!Khoshemivis)!

Skin!Biomechanics!I!

(Limbert)!

*More!Skin!Talks!Session!14@16!

Skin!Biomechanics!II!

(Nielsen!&!Limbert)!

12$ 301( Multiscale!Mechanobiology!in!

the!Respiratory!System!I!

(Brook)!

Multiscale!Mechanobiology!in!

the!Respiratory!System!II!

(Brook)!

Multiscale!Mechanobiology!in!

Respiratory!System!III!

(Ghadiali!&!Gaver)!

Multiscale!Mechaniobiology!in!

Respiratory!System!IV!

(Wall!&!Ghadiali)!

13$ 311(

Reproductive!&!Women’s!

Health!VIII:!Biomechanics!of!

the!Pelvic!Floor!3!

(Ashton@Miller!&!Abramowitch)!

Reproductive!&!Women’s!

Health!IX:!Penile!&!Sperm!

Biomechanics!

(Smith!&!Kieweg)!

Reproductive!&!Women’s!

Health!X:!Microfluidic!Devices!

&!Assisted!Reproduction!

(Griffith!&!Eisenbach)!

Reproductive!&!Women’s!

Health!XI:!Women’s!Health!

(Olson!&!Le!Gac)!

*see!Evening!Workshop!

14$ BallIA( Cervical!Spinal!Manipulations!

&!Cerebrovascular!Accidents!

(Herzog!&!Feipel)!

Spine!Musculoskeletal!!

Modeling!!

(Vasavada)!

Spinal!Facet!Biomechanics!

(Winkelstein!&!Nightingale)! Spine!Biomechanics!Modeling!

(Winkelstein!&!June)!

15$ BallIB( Bone!Mechanics!&!Quality!

(van!der!Meulen)! Bone!Mechanics!

(Vena!&!Perilli)! Whole!Bone!Computations!I!

(Guo!&!Keaveny)!

Whole!Bone!Computations!II!

(Guo,!van!Rietbergen,!and!

Zysset)!

16$ 308( Biomechanics!of!Osteoarthritis!

(Troy!&!Lerner)! Computational!Joint!Mechanics!

(Wayne)!

Biomechanics!of!Elbow!&!

Shoulder!Arthroplasty!I!

(Bishoff!&!Henninger)!

Biomechanics!of!Elbow!&!

Shoulder!Arthroplasty!II!

(Bishoff!&!Henninger)!

17$ 307( Biomechanics!of!Flight!I:!

Aerodynamics!

(van!Leeuwen!&!Taylor)!

Biomechanics!of!Flight!II:!

Muscle!Function!&!Control!

(Taylor,!Combs,!&!van!

Leeuwen)!

Biomechanics!of!Flight!III:!

Maneuverability!&!Stability!

(van!Leeuwen!&!Liu)!

Biomechanics!of!Flight!IV:!

Coping!with!Environmental!

Challenges!!!

(van!Leeuwen!&!Liu)!

18$ 310( Lower!Extremity!Rehabilitation!

(Dhaher)! Upper!Extremity!Rehab!

(Dhaher!&!Huang)! Gait!Modification!I!

(Shull!&!Davis)! Gait!Modification!II!

(Shull!&!Davis)!

19$ 303( OpenSim!Showcase!I:!New!

Modeling!Tools!&!Applications!

(Hicks!&!Seth)!

OpenSim!Showcase!II:!New!

Modeling!Tools!&!Applications!

(Hicks!&!Seth)!

FEBio!Symposium!I!

(Ellis!&!Weiss)!

FEBio!Symposium!II!

(Ellis!&!Weiss)!

*see!Evening!Workshop!

20$ 304^*( EMG@Informed!Estimates!of!

Muscle!Forces!

(Besier!&!Neptune)!

ASB!Technology!&!Rehabilita@

tion!@!Technology!

(Rodgers!&!Davis)!

ASB!Technology!&!Rehabilita@

tion!–!Retraining!Session!

(Rodgers!&!Davis)!

ASB!Award!Session,!Including!

Recognition!of!ASB!Fellows!

(Challis)!

!

*Rooms!302,!304,!and!306!will!be!combined!for!one!of!the!Plenary!Lectures.!Thus!sessions!preceding!Plenary!Lectures!in!these!rooms!must!end!on!time.!!Ball@A,B,C!

are!ballrooms.!

WCB2014(Podium(Session(Schedule(–(FRIDAY(July(11,(2014!

!

All!podium!sessions!are!located!in!the!Hynes!Convention!Center,!with!Hynes!room!numbers!indicated!below!and!in!the!podium!presentation!

listings!that!follow.!The!WCB!online!itinerary!builder!and!printed!index!refer!to!sessions!by!a!two@index!“Session!Number”!such!as!Session!2@18.!This!

indicates!the!session!index!and!location!index,!respectively,!as!shown!in!the!table!below.!For!example,!Session!19@2!is!a!session!index!of!19!(which!

is!Friday!8@9:30am)!and!a!room!index!of!2!(which!is!Hynes!110).!This!session!title!is!“Biofilm!Ecomechanics.”!Session!chairs!are!listed!in!parentheses,!

after!the!session!title.!!

! Room$

Index$ Room( (Session$Index$19)((

8:00(–(9:30(am( (Session$Index$20)((

11:00(am(–(12:30(pm( (Session(Index(21)((

3:00(–(4:30(pm( (Session$Index$22)((

5:00(–(6:30(pm(

1$ 109( Biophysical!Regulation!of!Cell!

Reprogramming!&!Directed!

Differentiation!(Bashir!&!Fu)!

Nano!&!Mesoscale!Behavior!of!

Biomolecular!Materials!I!

(Ketan!&!Barone)!

Nano!&!Mesoscale!Behavior!of!

Biomolecular!Materials!II!

(Ketan!&!Cranford)!

Molecular!Design!&!Nano@

mechanics!of!Biomimetic!

Materials!(Miserez)!

2$ 110( Biofilm!Ecomechanics!

(Van!Vliet!&!Han)!

Progenitor!&!Stem!Cell!

Chemomechanics!I!

(Van!Vliet!&!Han)!

Progenitor!&!Stem!Cell!

Chemomechanics!II!

(Van!Vliet!&!Han)!

Cancer!Anti@Metastasis!

(Van!Vliet!&!Han)!

3$ 111( Computational!Modeling!of!

Cells!&!Cytoskeleton!I!

(Stamenovic!&!Adachi)!

Computational!Modeling!of!

Cells!&!Cytoskeleton!II!

(Kim!&!Stamenovic)!

Computational!Modeling!of!

Cells!&!Cytoskeleton!III!

(Adachi!&!Kim)!

Computational!Modeling!of!

Cells!&!Cytoskeleton!IV!

(Adachi!&!Kim)!

4$ 306^*( Human!Disease!Mechanics!

(Popescu!&!Lim)!

Altered!Cell!Mechanics!in!

Diseased!Environments!

(Meyer)!

Cell!Biomechanics!&!Mechano@

biology!in!Inflammation!

(Chahine)!

Biomechanics!of!Inflammation!

&!Infection!

(Ventikos)!

5$ 302^*( Mechanobiology!of!!

Development!&!Stem!Cell!!

Differentiation!(Dai)!

Receptor@Ligand!Bindings!in!

Blood!Cells!

(Long!&Zaman)!

Biomechanical!Meet!Molecular!

Cues:!Impact!on!Tissue!

(Duda)!

Scanning!Probe!Techniques!in!

Cellular!&!Subcellular!Bio@

mechanics!(Singamaneni)!

6$ 309( Jamming!&!Junctions!in!

Collective!Cell!Migration!I!

(Fredberg!&!Trepat)!

Jamming!&!Junctions!in!

Collective!Cell!Migration!II!

(Fredberg!&!Trepat)!

Collective!Cell!Migration:!

Bridging!Theory!and!Exp!I!

(Fredberg!&!Trepat)!

Collective!Cell!Migration:!

Bridging!Theory!and!Exp!II!

(Fredberg!&!Trepat)!

7$ 102( Thrombosis!&!Hemodynamics!I!

(Ku!&!Bluestein)!

Thrombosis!&!Hemodynamics!

II:!Multiscale!Modeling!1!

(D.!Bluestein,!M.!King)!

Thrombosis!&!Hemodynamics!

III:!Multiscale!Modeling!2!

(Bluestein)!

Thrombosis!&!!

Hemodynamics!IV!

(Ku!&!Bluestein)!

8$ BallIC( Cerebrospinal!Fluid!Dynamics!

(Loth!&!Martin)!

Mechanical!Factors!Affecting!

Arterial!Pathophysiology!

(Morbiducci!&!Anayiotos)!

Device@Tissue!Interactions!I:!

Stents,!DES,!&!Angioplasty!

Balloons!(Mongrain!&!Walsh)!

Device@Tissue!Interactions!II:!

Heart!Valves,!Grafts,!&!Shunts!

(Mongrain!&!Leask)!

9$ 312( Multiscale!Cardiac!!

Electromechanics!I!

(Hurtado!&!Goktepe)!

Multiscale!Cardiac!

Electromechanics!II!

(Hurtado!&!Goktepe)!

In!Vitro!Systems!for!Studying!

Organ!Biomechanics!

(Sanders)!

In!Vitro!Models!of!Organ!

Biomechanics!

(Winkelstein!&!June)!

10$ 313( Inverse!Methods!in!Soft!Tissue!

Biomechanics!I!

(Lu!&!Evans)!

Inverse!Methods!in!Soft!Tissue!

Biomechanics!II!

(Ohayon!&!Oomens)!

Inverse!Methods!in!Soft!Tissue!

Biomechanics!III!

(Avil!&!Genovese)!

Inverse!Methods!in!Soft!Tissue!

Biomechanics!IV!

(Moerman!&!Bol)!

11$ 305( Biomechanics!of!the!Anterior!

Eye!I!(Grytz!&!Pandolfi)! Biomechanics!of!the!Anterior!

Eye!II!(Amini!&!Downs)! Biomechanics!of!the!Posterior!

Eye!I!(Nguyen!&!Sigal)! Biomechanics!of!the!Posterior!

Eye!II!(vande!Geest!&!Pinsky)!

12$ 301( Lung!Biomechanics!and!

Therapy!

(Evrensel!&!Al@Jumaily)!

Role!of!Airway!Smooth!Muscle!

in!Lung!Therapy!

(Al@Jumaily!&!Evrensel)!

Therapeutic!Lung!Performance!

(Al@Jumaily!&!Evrensel)! Artificial!Lungs!

(Cook)!

13$ 311( Vascular!Mechanics!

(Zadpoor!&!Bellini)!

Micromechanical!Modeling!of!

Fibrous!Tissue!

(Nguyen!&!Sanders)!

Innovations!in!Teaching!

Biomechanics!

(Karduna)!

Nouveau!Biomechanics:!Big!

Data,!Community!Involvement,!

Open!Science!(Erdemir)!

14$ BallIA( Spine!Biomechanics!I!

(Shirazi@Adl!&!Lacroix)! Spine!Biomechanics!II!

(El@Rich!&!Rohlmann!)! Spine!Biomechanics!III!

(van!Dieen!&!Reeves!)!

Spine!Biomechanics!IV:!!

Patient@Specific!Modeling!

(Noailly!&!Arjmand)!

15$ BallIB( Micromechanics!of!Bone!&!

Biomaterials!(van!Lenthe)!

Interface!Mechanics!in!

Orthopedics!(Eberhardt,!

Cortes,!&!van!Lenthe)!

Bone!Mechanics!I!

(Dall'Ara!&!Taddei)! Bone!Mechanics!II!

(Dall'Ara!&!Pahr)!

16$ 308( Understanding!the!Multi@

Faceted!Upper!Extremity!

(Murray!&!Peterson)!

Mechanics!of!the!Shoulder!

(Karduna!&!Debski)! Dental!Mechanics!I!

(Inou)! Dental!Mechanics!II!

(Inou!and!Morton)!

17$ 307( How!Swimmers!Generate!&!

Use!Flow!

(Muller!&!Tytell)!

How!Undulatory!Swimmers!

Generate!&!Use!Flow!

(Muller!&!Tytell)!

Control!of!Swimming!–!Sensing!

&!Using!Flow!

(Muller!&!Tytell)!

Control!of!Swimming!–!From!

External!to!Internal!Mechanics!

(Muller!&!Tytell)!

18$ 310( ASB!Metabolic!Energy!Use!in!

Movement!I:!Basic!Principles!

(Umberger!&!Rubenson)!

ASB!Metabolic!Energy!Use!in!

Movement!II:!Basic!Principles!

(Umberger!&!Rubenson)!

Innovative!Techniques!for!

Improving!Gait:!Stroke!&!

Cerebral!Palsy!I!

(Steele!&!Higginson)!

Innovative!Techniques!for!

Improving!Gait:!Stroke!&!

Cerebral!Palsy!II!

(Steele!&!Higginson)!

19$ 303( Simulation!of!Human!Move@

ment!I:!Emerging!Challenges!

(Reinbolt!&!Piazza)!

Simulation!of!Human!Move@

ment!II:!Emerging!Challenges!

(Reinbolt!&!Piazza)!

Skeletal!Muscle!Mechanics!in!!

3D!(Rohrle!&!Bol)! Motion!Synthesis!&!Planning!

(Dorn)!

20$ 304^*( Dynamic!Walking!I!

(Collins)! Dynamic!Walking!II!

(Collins)! Running!I!

(Kram)! Running!II!

(Kram)!

!

*Rooms!302,!304,!and!306!will!be!combined!for!one!of!the!Plenary!Lectures.!Thus!sessions!preceding!Plenary!Lectures!in!these!rooms!must!end!on!time.!!Ball@A,B,C!

are!ballrooms.!