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Sixty-One: Life Lessons from Papa, on and Off the Court

為了解決Basketball Hoop的問題，作者Paul, Chris 這樣論述：

Chris Paul is a ten-time NBA All-Star and two-time Olympic Gold medalist. The Winston-Salem native currently plays with the Phoenix Suns and previously played with the Oklahoma City Thunder, Houston Rockets, Los Angeles Clippers, and New Orleans Hornets. Off the court, he’s a father, husband, entrep

reneur, activist, and philanthropist. He has served as the President of the National Basketball Players Association since 2013. He is the founder of Ohh Dip!!! Productions, part owner of the Winston-Salem Dash, and co-founder of Go Hoop Day. His Chris Paul Family Foundation has given back to local c

ommunities since 2005. Michael Wilbon is an award-winning journalist and co-host of ESPN’s Pardon the Interruption. He has reported on sports for over thirty years, and worked with Charles Barkley on his books I May Be Wrong But I Doubt It and Who’s Afraid of a Large Black Man?, both New York Times

bestsellers. He lives in Bethesda, Maryland.

Basketball Hoop進入發燒排行的影片

女性籃球選手三分球投籃訓練量之生物力學分析

為了解決Basketball Hoop的問題，作者鄭詠心 這樣論述：

背景：在籃球賽事中投籃命中率掌握勝負關鍵，選手們通常在賽前投籃暖身及平時藉由大量的練習來提升投籃技術和穩定性。訓練的方式大多為設定訓練時間或是目標投球與進球數，但目前針對投籃暖身和訓練設定的量對於投籃表現的影響較不清楚。過去文獻大多以增加生理負荷模擬比賽時疲勞狀態的方式來探討投籃表現的變化，較少針對投籃訓練負荷量的進行相關研究。目的：透過運動學與肌電訊號分析在投籃訓練時，探討隨著投籃數量的累積對於投籃表現的影響為何，藉此提供籃球教練與選手作為訓練時的參考依據。方法：本研究共收錄17位女性籃球員，受試者於投球慣用手上黏貼肌電感測器，在球場三分線（6.75公尺）進行10組20顆，共200球的投球

測試，測試過程中收取角速度與肌電訊號。於投球測試前(Pre-test）和投球測試後(Post-test)進行肩、肘、腕關節徒手最大肌力測試，並紀錄受試者之心率與sRPE運動自覺努力程度。實驗數據皆使用重複測量變異數分析法來統計數據，投球測試前後之肌力差異以成對樣本 t 檢定分析，設定p

Sixty-One: Life Lessons from Papa, on and Off the Court

為了解決Basketball Hoop的問題，作者Paul, Chris 這樣論述：

Chris Paul is a ten-time NBA All-Star and two-time Olympic Gold medalist. The Winston-Salem native currently plays with the Phoenix Suns and previously played with the Oklahoma City Thunder, Houston Rockets, Los Angeles Clippers, and New Orleans Hornets. Off the court, he’s a father, husband, entrep

reneur, activist, and philanthropist. He has served as the President of the National Basketball Players Association since 2013. He is the founder of Ohh Dip!!! Productions, part owner of the Winston-Salem Dash, and co-founder of Go Hoop Day. His Chris Paul Family Foundation has given back to local c

ommunities since 2005. Michael Wilbon is an award-winning journalist and co-host of ESPN’s Pardon the Interruption. He has reported on sports for over thirty years, and worked with Charles Barkley on his books I May Be Wrong But I Doubt It and Who’s Afraid of a Large Black Man?, both New York Times

bestsellers. He lives in Bethesda, Maryland.

Development of the Genipin Cross-linked Adipose-Derived Stem Cells Extracellular Matrix Derived 3D Scaffolds for Tissue Engineering Applications

為了解決Basketball Hoop的問題，作者Batzaya Nyambat 這樣論述：

Background: The anterior cruciate ligament (ACL) partial tears constitute a poor healing capacity due to its intra-articular location and inadequate blood supply. Clinically, ACL partial tear treatments are limited by immobilization and rehabilitation. Therefore, different tissue engineering approa

ches have been emerged. Among them, cell-derived (CD) extracellular matrix (ECM) is related to a low possibility of pathogen transmission, owns an ideal microenvironment with complex fibrillar proteins and growth factors for cell adhesion and proliferation. Nonetheless, CD-ECM exhibited weak biomech

anical properties, and processing of CD-ECM into three-dimensional (3D) scaffolds, including implantable sponge and injectable gels, have been studied scarcely. The gel and sponge scaffolds provide suitable platforms for 3D cell culture and tissue regeneration.Aim: To develop genipin cross-linked ad

ipose-derived stem cell (ADSC) ECM-graphene oxide (GO) composite sponge and genipin cross-linked ADSC-ECM gel as well as to investigate efficacy of the fabricated scaffolds on rabbit ACL partial tear.Materials and Methods: ADSC-ECM sponges were fabricated by several steps, including isolation and ex

pansion of rabbit ADSCs, preparation of ADSCs sheets, decellularization, lyophilization, adding graphene oxide, and cross-linking, while the genipin cross-linked ADSC-ECM gel was produced by additional enzymatic digestion and pH neutralization along with the above steps. The physicochemical properti

es of the scaffolds were assessed by scanning electron microscope (SEM), Fourier transform infrared spectroscopy (FTIR), mass spectrometry, western blotting, rheological, and degradation analysis. Cytocompatibility of the scaffolds was assessed on mouse skin fibroblast (L929), rabbit ADSCs and anter

ior cruciate ligament fibroblasts (ACLFs). Biocompatibility and biodegradation of the sponge were evaluated after implanting rat subcutaneous tissue using histological analysis, blood biochemical test, and micro–CT. Local efficacy the fabricated 3D scaffolds were analyzed after implantation by using

MRI and histological analysis.Results: SEM analyses of the cross-linked ADSC-ECM sponges and gels demonstrated a highly porous microstructure and the ADSC-ECM sponges had 71.22 ± 19.52 µm of pore sizes. The in vitro degradation rate was found to be significantly lower in both cross-linked ADSC-ECM

sponges and gels in comparison with non-cross-linked ECM sponges and gels. Successful cross-linking of ADSC-ECM sponges and gels as well as conjugation of graphene oxide into the sponges were depicted by characteristic peaks in FTIR analysis. Moreover, mass spectrometry and western blotting analyses

showed that ADSC-ECM was containing collagen, biglycan, decorin, fibronectin, vimentin, vitronectin, and transforming growth factor beta 1 (TGF-β1). Furthermore, MTT assay showed that the developed sponges and gels could maintain L929, ADSCs, and ACLFs viability. After subcutaneous implantation, AD

SC-ECM sponges containing a medium amount of GO showed appropriate biodegradation with a lower inflammatory reaction. Results of histology analysis demonstrated that both genipin cross-linked ADSC-ECM-GO composite sponge and genipin cross-linked ADSC-ECM gel could assist in improving ACL partial tea

r healing in the rabbit model.Conclusion: Genipin cross-linked ADSC-ECM-GO composite sponge and genipin cross-linked ADSC-ECM gel were successfully developed along with improved mechanical properties. Besides, the ADSC-ECM contained collagen, fibronectin, biglycan, and TGF-β1. Fabricated natural 3D

scaffolds could maintain ACLFs, ADSCs, and L929 cells viability and morphology. Finally, both genipin cross-linked ADSC-ECM-GO composite sponge and genipin cross-linked ADSC-ECM gel could improve rabbit ACL partial tear healing. These natural 3D scaffolds might be suitable for orthopedic tissue engi

neering application in the future.