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Deep Nutrition: Why Your Genes Need Traditional Food

為了解決Lakers live的問題，作者Shanahan, Catherine 這樣論述：

One of the Best Health and Wellness Books of 2017 -- Sports Illustrated A self-published phenomenon examining the habits that kept our ancestors disease-free--now with a prescriptive plan for "The Human Diet" to help us all live long, vital, healthy lives.Physician and biochemist Cate Shanahan, M.D.

examined diets around the world known to help people live longer, healthier lives--diets like the Mediterranean, Okinawa, and "Blue Zone"--and identified the four common nutritional habits, developed over millennia, that unfailingly produce strong, healthy, intelligent children, and active, vital e

lders, generation after generation. These four nutritional strategies--fresh food, fermented and sprouted foods, meat cooked on the bone, and organ meats--form the basis of what Dr. Cate calls "The Human Diet."Rooted in her experience as an elite athlete who used traditional foods to cure her own de

bilitating injuries, and combining her research with the latest discoveries in the field of epigenetics, Dr. Cate shows how all calories are not created equal; food is information that directs our cellular growth. Our family history does not determine our destiny: what you eat and how you live can a

lter your DNA in ways that affect your health and the health of your future children.Deep Nutrition offers a prescriptive plan for how anyone can begin eating The Human Diet to: *Improve mood*Eliminate cravings and the need to snack*Boost fertility and have healthier children*Sharpen cognition and m

emory*Eliminate allergies and disease*Build stronger bones and joints*Get younger, smoother skinDeep Nutrition cuts through today's culture of conflicting nutritional ideologies, showing how the habits of our ancestors can help us lead longer, healthier, more vital lives. Catherine Shanahan, M.D.

is a board certified family physician. She trained in biochemistry and genetics at Cornell University before attending Robert Wood Johnson Medical School. She practiced medicine in Hawaii for a decade, where she studied enthnobotany, as well as the culinary habits of her healthiest patients. She cur

rently runs a metabolic health clinic in Denver, Colorado and serves as the Director of the Los Angeles Lakers PRO Nutrition Program.

Lakers live進入發燒排行的影片

社群媒體行銷、資訊可信度對顧客滿意度與品牌績效關聯性之研究—以NBA短影音行銷為例

為了解決Lakers live的問題，作者盧學瑩 這樣論述：

人人都可以成為網紅的世代，自製媒體愈趨盛行的情況下，吸引了廣告商的眼球，除了精準投放、數據分析外，潮流的引領、資金的考量、碎片化的時間更是廣告商需首先考量之因素，因此為達成本效益，廣告商紛紛投入短影音的新媒體經營，在各社群平台Instagram、Tik Tok、Facebook、YouTube等佈局，而消費者接收資訊及自我表達的主要方式帶動了短影音興起的趨勢，企業運用短影音廣告的投放更具說服力，且已成為網路世代必須掌握的數位趨勢。因此，本研究希望藉由娛樂、社交互動、資訊、潮流、專業性、可信賴性、喜愛程度、資訊可信度等動機構面著手，來了解觀看完NBA短影音的消費者對於使用與滿足理論、社群媒體行

銷活動、來源可信度及資訊可信度是否能滿足顧客的需求，使顧客產生滿意度從而影響品牌之聲譽、忠誠度、再購意願與推薦，最後投射在企業品牌聲譽及品牌績效上。本研究問卷採用網路問卷，在PTT(批踢踢實業坊)上以非隨機便利抽樣方式發放，以觀看過該品牌短影音者為填答對象(其影片為Under Armour及Nike YouTube官方影片)，研究結果發現不論哪個NBA短影音對於其娛樂、潮流、專業性、資訊可信度、品牌聲譽、忠誠度、再購意願、推薦皆具正向影響，而資訊及社交互動並不顯著，亦發現觀看Under Armour的觀眾認為代言人越具有可信賴信，對於接收到的資訊會越信任；觀看Nike的觀眾對代言人的喜愛程度越

高，越信任其短影音之資訊。本研究結果與發現也有助於品牌及短影音平台未來發展的方向及如何增加觀眾的忠誠度、黏著度，並提出對於品牌及代言人有不同的建議、平台精準的行銷投放，並藉此研究擴充過去對於品牌應用短影音行銷研究的不足。

The Godfather of Poker

為了解決Lakers live的問題，作者Brunson, Doyle/ Cochran, Mike (CON) 這樣論述：

Fascinating true-life adventure of an American treasure, a man who bluffed death, survived the mean streets of Fort Worth and mob-run Las Vegas, and bet millions of dollars on everything from poker to golf, to become a two-time world champion poker player. The story of Doyle Brunson, an American

treasure and the greatest poker player of all time, is one for the ages. It's a story of guts and glory, of good luck and bad, of triumph and unspeakable tragedy, of courage and grace. He has survived whippings, gun fights, stabbings, mobsters (the real-life ones portrayed in the movie Casino), murd

erers, and a death sentence when, riddled with incurable cancer, he was given months to live by doctors who told him his hand was played out. Apparently, fate had never played poker with Brunson--he lived. Of a group of 32 men he played poker with in the tough alleys of Texas, just he and one other

survived the treacherous perils of that life. A master of the bluff, his most outrageous bluff came after being pistol-whipped and told he's going to die with a gunman pointing a pistol at his forehead. Again, he lived. He's gambled for millions of dollars--and with his life against the real-life mo

bsters and killers made famous in the movie Casino--and was the biggest sports bettor in the world with a reputation of betting enormous sums of money on just about anything. Doyle has not only made more money at golf than anyone else until Tiger Woods came along, he once bet one million dollars on

a single hole--that, when he was virtually wheelchair-bound and could barely stand. He's been hard-up flat broke more times than he's got fingers and has won millions of dollars just as many times. Brunson has seen it all: from the athletic dreams and a leg shattered by a freak injury which waylaid

his path to the NBA (he was drafted by the Lakers), to the devastating death of his first-born daughter, to outrageous exploits like trying to discover Noah's Ark and raise the Titanic. Doyle's rollercoaster of a life defines the saying: Truth is stranger than fiction. Twice a winner of the prestigi

ous World Series of Poker in Las Vegas, he's won millions and lost millions--sometimes in seconds--but decidedly more of the former than the latter. Brunson can still be found playing in the highest stakes poker games in the world, often with as much as one million dollars in front of him. To every

one of the 250 million people worldwide who play poker each year, Doyle Brunson, is the legendary "Babe Ruth of Poker"--the greatest gambler and poker player who has ever lived.

石墨烯量子點作為標靶治療大腸癌與神經母腫瘤細胞的新型奈米載體

為了解決Lakers live的問題，作者林祐生 這樣論述：

摘 要 IAbstract III致 謝 VI目 錄 VII圖目錄 XII表目錄 XXVII第1章 前言 11.1 研究緣起 11.2 研究內容及流程圖 3第2章 文獻回顧 52.1 藥物傳遞系統(drug delivery) 52.2 基因治療 72.2.1 核酸載體之簡介 92.2.2 病毒型載體 112.2.3 非病毒型載體 142.2.4 非病毒載體傳遞機制 252.3 奈米粒子包覆材料 292.3.1 長鏈蛋白質及胺基酸包覆材 292.3.2 有機金屬架構物包覆材料

322.3.3 高分子包覆/修飾材料 352.3.4 小角度散射在軟物質研究上的應用 382.3.5 X光 (SAXS)及中子(SANS)小角度散射應用 442.4 奈米材料藥物釋放 482.4.1 奈米藥物治療 502.4.2 奈米材料藥物釋放—金奈米粒子 532.4.3 奈米材料藥物釋放—銀奈米粒子 562.4.4 奈米材料藥物釋放—磁性材料 572.4.5 奈米粒子藥物釋放—碳材料 592.5 石墨烯家族簡介 602.5.1 石墨烯家族應用在藥物釋放領域 622.5.2 石墨烯與氧化石墨烯藥物釋放 622.6 量

子點家族簡介 652.6.1 量子點發光機制 672.6.2 量子點之製備 692.6.3 量子點藥物釋放之應用 722.7 石墨烯量子點簡介 742.7.1 石墨烯量子點之結構 742.7.2 石墨烯量子點發光機制 762.7.3 石墨烯量子點之製備 782.7.4 石磨烯量子點之藥物釋放 802.8 石墨烯量子點在生醫上的應用潛力 822.8.1 藥導引治療(targeted drug delivery) 822.8.2 生物成像(Bio-image) 822.9 神經母細胞瘤和神經母細胞瘤靶向奈米藥物研究 84

第3章 實驗設備及流程 863.1 實驗藥品 863.2 實驗裝置與工具 873.3 非病毒型載體之製備 883.3.1 燒解法合成石磨烯量子點(Prolysis) 883.3.2 水熱法合成石磨烯量子點(Hydrothermal) 893.3.3 水熱法合成氮參雜石磨烯量子點(Hydrothermal N-GQDs) 903.3.4 微波加熱法合成氮參雜石磨烯量子點 (Microwave N-GQDs) 913.3.5 高分子PEI化之N-GQDs 923.3.6 高分子PEG化之N-GQDs 933.3.7 一步合成P

EG: b-PEI@N-GQDs 943.3.8 兩步高分子化N-GQDs (Two-step polymerized N-GQDs) 953.4 分析及性質測試之儀器介紹 963.4.1 X光粉末繞射儀(XRD) 963.4.2 動態光散射分析儀(DLS) 983.4.3 高解析穿透式電子顯微鏡(HR-TEM) 1003.4.4 紫外-可見光譜儀(UV-Visible) 1023.4.5 傅立葉轉換紅外線光譜分析(FT-IR) 1033.4.6 X光光電子光譜儀(XPS) 1063.4.7 熱重量分析儀(TGA) 1083.4.8

拉曼光譜儀(Raman) 1103.4.9 小角度中子散射 (SANS) 1123.4.10 光致發光光譜儀(Photoluminescence, PL) 1143.5 細胞與生物測試實驗 1163.5.1 細胞測試(MTT assay) 1163.5.2 細胞測試(LDH assay) 1183.5.3 抗體接枝實驗 120第4章 結果與討論 1214.1 特性鑑定及分析 1214.1.1 XRD晶體結構鑑定 1224.1.2 XPS表面元素分析 1314.1.3 TGA 熱重損失分析 1394.1.4 DLS奈米粒子粒

徑分析 1404.1.5 Zeta Potential界達電位 1484.1.6 HR-TEM結構鑑定 1514.1.7 SANS小角度中子散射 1604.2 官能基鑑定 1764.2.1 FT-IR傅立葉紅外線光譜官能基分析 1764.2.2 Raman拉曼吸收光譜分析 1804.2.3 UV-Vis 紫外光-可見光光譜吸收 1834.2.4 PL光激發螢光頻譜 (Photoluminescence) 1914.3 體外細胞(in vitro)測試 2134.3.1 神經母腫瘤細胞BE2M17細胞分析(MTT & LDH assay

)載體鑑定 2144.3.2 大腸癌細胞SW480細胞分析(MTT & LDH assay) 載體鑑定 2304.3.3 細胞SW480與BE2M17之比較 2394.4 體內動物(in vivo)測試 2494.4.1 共軛焦生物成像(Confocal Bio-imaging)測試 2494.4.2 動物體內生物成像(in Vivo Bio-imaging) 2524.4.3 GD2抗體特異性標靶癌細胞 255第5章 結論及未來研究方向 2715.1 結論 2715.2 未來研究方向 273參考文獻 275