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Love & Dark Series

為了解決Blood vessel的問題，作者Smith, Becca C.,McCord, Hina 這樣論述：

Love & Dark Series is a three book series written by Hina McCord and Becca C. SmithVessel: Shea is starting college with her best friend, Aidan. When she meets Lucian, a vampire, Aidan isn’t jealous; it’s his duty to protect her. Shea is a Vessel. Lucian is sworn to drag the Vessel to his fat

her’s prison, her blood the key to his release. Lucian and Shea can’t fight their destiny: they are destined to be together forever.First Born: Caelius is free, and the world is his. Shea trains with Lucian to master her powers as an elemental so she can beat Caelius and free them all from his twist

ed desires. But when Aidan warns Lucian that one of his sons has been taken by Caelius, Lucian goes off to confront him alone. Lucian fails and is imprisoned and tortured. His only comfort is the apparition of his childhood love, Nefertiti. Caelius reveals that she is a vampire and his master plan i

s for them to rule the world together, as his new Adam and Eve.Gutian Code: The battle is lost. Caelius has won. Lucian has sacrificed himself by giving his body and mind to Caelius to save Shea and the others. As Caelius begins destroying the world, the only obstacle that remains is for him to take

Shea’s soul and restore himself to full power. But Shea isn’t giving up. She won’t rest until she has Lucian back by her side and Caelius is destroyed.

Blood vessel進入發燒排行的影片

有限元素法模擬醫療元件周圍之細胞行為：以骨釘與水膠為例

為了解決Blood vessel的問題，作者鄭厚雍 這樣論述：

近年來，牙釘和水膠在臨床醫療上被廣泛地研究與討論，故本論文選擇這兩種醫療元件作為研究對象。(1) 牙釘：牙釘的幾何結構經研究證實會大幅地影響骨整合與骨癒合。然而，尋找一個具最佳幾何結構的牙釘是十分費時的。因此，本論文提出一套結合深度學習網路、細胞分化理論、隨機森林演算法與基因演算法的牙釘結構最佳化設計系統。其能夠在2.5秒內預測牙釘周圍的細胞分化情形，並基於螺紋間骨釘和骨頭的接觸長度以及骨頭長入的面積比來最佳化骨釘的骨癒合能力。經過基因演算法的多次迭代後，研究成功取得具優秀骨整合效率的最佳化牙釘，其結構的特色主要為牙釘中上段部分不具有明顯的螺紋結構。(2) 水膠：由於高生物相容性

、與天然細胞相似的材料性質，使得合成水膠被大量應用於組織工程中。但是水膠基板的外觀設計與受到之力學刺激會對其內部細胞的遷移行為有極大的影響，這使得水膠基板的細胞行為研究就顯得格外重要。本論文藉由有限元素軟體Abaqus探討水膠的拉伸應力、應變，以及觀察水膠局部區域的細胞移動行為。前者的研究成功呈現與實驗水膠基板相同的形變過程，並發現細胞的移動行為與水膠的應力分布有關。而後者的研究則利用Abaqus中的光滑粒子流體動力學模型，成功展現水膠中不同區域的細胞會有不同移動與聚散行為的現象。

Albert and Jakobiec’’s Principles and Practice of Ophthalmology: Set

為了解決Blood vessel的問題，作者 這樣論述：

Dan Albert, MD, began his academic career at Yale University and continued at Harvard University and the Massachusetts Eye and Ear Infirmary. He moved to the University of Wisconsin-Madison in 1992 to become department chair, then chair emeritus of ophthalmology and visual sciences, the Frederick Al

lison Davis Chair; the Lorenz Zimmerman Professor; and founding director of the McPherson Eye Research Institute. Dr. Albert is now a researcher for Oregon Health & Science University and his research focuses on the treatment and prevention of ocular cancers; particularly the use of vitamin D analog

ues, resveratrol and its analogues, and anti-angiogenic peptides in the treatment and prevention of ocular cancer and in reversing angiogenesis in the wet form of macular degeneration. Joan Miller, MD, is Chief and Chair in the Department of Ophthalmology at Massachusetts Eye and Ear and is an inter

nationally recognized expert on retinal disorders. As a vitreoretinal physician in Mass. Eye and Ear’s Retina Service, she treats patients with age-related macular degeneration (AMD), retinal degenerations, and diabetic retinopathy. Dr. Miller received her medical degree and ophthalmology residency

training from Harvard Medical School and then completed fellowships in ophthalmology research and vitreoretinal surgery at Mass. Eye and Ear. Dr. Miller is the first female physician to achieve the rank of Professor of Ophthalmology at Harvard Medical School and the first woman to chair the Departme

nt of Ophthalmology. She is also the first woman appointed as Chief of Ophthalmology at both Mass. Eye and Ear and Massachusetts General Hospital. In addition to these roles and responsibilities, she also co-directs Mass. Eye and Ear’s Angiogenesis Laboratory. Dr. Miller, along with Dr. Evangelos G

ragoudas, are credited with developing photodynamic therapy with verteporfin (Visudyne(R)). This therapy was the first AMD treatment approved by the U.S. Food and Drug Administration and drug regulatory agencies worldwide. In addition, Dr. Miller is recognized for co-discovering the role of vascular

endothelial growth factor (VEGF) in eye disease and demonstrating the therapeutic potential of VEGF inhibitors. This work formed the scientific basis of anti-angiogenic ophthalmic therapies, which are widely used to prevent vision loss in AMD and other retinal diseases by blocking abnormal blood ve

ssel growth and leakage. Dr. Miller continues to conduct research to improve therapeutic options for retinal disease. Dr. Miller has received numerous prestigious awards. For her contributions to the development of anti-angiogenic retinal therapies, she was a co-recipient of the 2014 Antonio Champa

limaud Vision Award, which is the highest distinction in ophthalmology and visual science. She also was the first woman to receive the Mildred Weisenfeld Award for Excellence in Ophthalmology. Dimitri Azar, MD, MBA is Dean in the College of Medicine at the University of Illinois and is Professor of

Ophthalmology, Bioengineering and Pharmacology as well as the B.A. Field Chair in Ophthalmologic Research. Dr. Azar is an internationally recognized ophthalmic surgeon who brings experience in administration, research, education and clinical practice to his position as Dean of the College of Medicin

e at University of Illinois. He joined the faculty in 2006 as Head of the Department of Ophthalmology & Visual Sciences. Previously he was a tenured Professor of Ophthalmology at Harvard Medical School, Director of the Cornea Service at Massachusetts Eye and Ear Infirmary, Senior Scientist at Schep

ens Eye Institute and a faculty member at Johns Hopkins School of Medicine. He is a leader in basic science and clinically related vision research, making significant contributions to the treatment of corneal diseases and to advances in refractive surgery through mathematical analyses and applicatio

ns of advanced optics. His basic science research on matrix metalloproteinases in corneal wound healing and angiogenesis has been continually funded by the National Eye Institute R01 award since 1993. Dr. Azar is the author of more than 400 scientific articles and book chapters. He is the editor of

14 books in ophthalmology and holds 15 patents. He has been named one of The Best Doctors in America or recognized among Castle Connolly’s Regional Top Doctors in America annually since 1994. He serves as a trustee for the Chicago Ophthalmological Society and for the Association of Research and Visi

on in Ophthalmology. Dr. Azar has received multiple leadership awards, including the 2009 Lans Distinguished Award and the University of Illinois at Chicago Scholar Award.

以冷凍乾燥法製備鈦酸鋇 /ꞵ 三鈣磷酸鹽 /膠原蛋白複合支架與性質鑑定

為了解決Blood vessel的問題，作者吳亭葦 這樣論述：

針對牙周病與蛀牙問題，患者容易有齒槽骨萎縮之症狀伴隨出血等情況。本研究開發一種治療牙齒脫落後造成的齒槽骨缺損之填充材料應用於齒槽骨保存手術。本實驗設計此填充材料含有三種成分：壓電陶瓷鈦酸鋇（BT）、β-三鈣磷酸鹽（β-TCP）和膠原蛋白。 BT具有人骨的壓電特性，可自發極化產生電訊號刺激骨生長，β-TCP具有良好的生物降解性，膠原蛋白能起到凝血作用，有助於術後止血及修復，並透過冷凍乾燥法在填充材上建立孔洞，提供組織和血管的生長空間。基於上述優點，填充材預計可提高患者齒槽骨的恢復速度，縮短療程，從而減輕患者的痛苦。此研究中製備了不同比例之BT/β-TCP結合膠原蛋白的多孔複合材料。而後通過X射

線繞射（XRD）分析晶體結構，利用掃描電子顯微鏡研究微結構和形貌；藉由壓汞測孔儀測量孔隙率及孔洞大小；萬能試驗機測量其機械性質；毛細作用測試其對液體吸附速率。生物相容性測試則使用ISO10993-5之濃度標準進行細胞存活率分析(MTT assay)。結果顯示噴霧乾燥法造粒之45wt%BT/ 45wt%ꞵ-TCP/ 10wt%collagen複合材料有較佳的性質穩定性，其孔隙率為85.25%，機械強度3.19±0.41 MPa，28天之生物降解量為8.69±0.40wt%，生物相容性之細胞存活率達99.86±2.17%，並且在毛細作用測試有相對快速的液體吸附速率表現，有助於臨床應用上快速吸附並穩

定血塊的效果。