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CPT Professional 2020

為了解決Full of synonym的問題，作者American Medical Association (COR) 這樣論述：

Buyer Beware. Some book purchasers have complained they bought a CPT product that arrived in poor condition. The AMA prides itself on high-quality printing, binding and shipping; the AMA and its authorized sellers will ship CPT books in 2-3 days, orders that won't ship for 2 weeks might be coming fr

om overseas, and could be counterfeit. Use caution when placing orders.CPT(R) 2020 Professional Edition is the definitive AMA-authored resource to help health care professionals correctly report and bill medical procedures and services. Providers want accurate reimbursement. Payers want efficient cl

aims processing. Since the CPT(R) code set is a dynamic, everchanging standard, an outdated codebook does not suffice. Correct reporting and billing of medical procedures and services begins with CPT(R) 2020 Professional Edition. Only the AMA, with the help of physicians and other experts in the hea

lth care community, creates and maintains the CPT code set. No other publisher can claim that. No other codebook can provide the official guidelines to code medical services and procedures properly.FEATURES AND BENEFITS The CPT(R) 2020 Professional Edition codebook covers hundreds of code, guideline

and text changes and features: CPT(R) Changes, CPT(R) Assistant, and Clinical Examples in Radiology citations -- provides cross-referenced information in popular AMA resources that can enhance your understanding of the CPT code setA comprehensive index -- aids you in locating codes related to a spe

cific procedure, service, anatomic site, condition, synonym, eponym or abbreviation to allow for a clearer, quicker searchAnatomical and procedural illustrations -- help improve coding accuracy and understanding of the anatomy and procedures being discussedCoding tips throughout each section -- impr

ove your understanding of the nuances of the code setEnhanced codebook table of contents -- allows users to perform a quick search of the codebook's entire content without being in a specific sectionSection-specific table of contents -- provides users with a tool to navigate more effectively through

each section's codesSummary of additions, deletions and revisions -- provides a quick reference to 2020 changes without having to refer to previous editionsMultiple appendices -- offer quick reference to additional information and resources that cover such topics as modifiers, clinical examples, ad

d-on codes, vascular families, multianalyte assays and telemedicine servicesComprehensive E/M code selection tables -- aid physicians and coders in assigning the most appropriate evaluation and management codesAdhesive section tabs -- allow you to flag those sections and pages most relevant to your

workMore full color procedural illustrationsNotes pages at the end of every code set section and subsection The American Medical Association has promoted scientific advancement, improved public health and protected the patient-physician relationship since its establishment in 1847. The AMA is the

premier national organization dedicated to empowering the nation’s physicians to provide safer, higher quality and more efficient care to patients and communities. For more than 50 years, the AMA, in drawing upon its deep expertise and resources, has authored and published books, data files and onli

ne resources that answer the needs of today’s busy physicians and their staff. The AMA product line includes titles on CPT(R), HCPCS and ICD-10 coding, as well as reimbursement, practice management, disability evaluation, impairment, HIPAA and electronic health records.

Aristotle and Early Christian Thought

為了解決Full of synonym的問題，作者Edwards, Mark 這樣論述：

In studies of early Christian thought, 'philosophy' is often a synonym for 'Platonism', or at most for 'Platonism and Stoicism'. Nevertheless, it was Aristotle who, from the sixth century AD to the Italian Renaissance, was the dominant Greek voice in Christian, Muslim and Jewish philosophy.Aristotle

and Early Christian Thought is the first book in English to give a synoptic account of the slow appropriation of Aristotelian thought in the Christian world from the second to the sixth century. Concentrating on the great theological topics - creation, the soul, the Trinity, and Christology - it ma

kes full use of modern scholarship on the Peripatetic tradition after Aristotle, explaining the significance of Neoplatonism as a mediator of Aristotelian logic. While stressing the fidelity of Christian thinkers to biblical presuppositions which were not shared by the Greek schools, it also describ

es their attempts to overcome the pagan objections to biblical teachings by a consistent use of Aristotelian principles, and it follows their application of these principles to matters which lay outside the purview of Aristotle himself.This volume offers a valuable study not only for students of Chr

istian theology in its formative years, but also for anyone seeking an introduction to the thought of Aristotle and its developments in Late Antiquity. Mark Edwards has been Tutor in Theology at Christ Church, Oxford, and University Lecturer in Patristics for the Faculty of Theology (now Theology

and Religion) since 1993. Since 2014, he has held the title Professor of Early Christian Studies. His books include Neoplatonic Saints (2000), Origen against Plato (2002), Culture and Philosophy in the Age of Plotinus (2006), Image, Word and God in the Early Christian Centuries (2012) and Religions

of the Constantinian Empire (2015).

以超臨界流體層析對長雙歧桿菌嬰兒亞種 ATCC 15697 之 α-岩藻醣苷酶進行活性分析

為了解決Full of synonym的問題，作者鍾禕邦 這樣論述：

中文摘要 iAbstract ii目錄 iii圖目錄 ix表格目錄 xx流程圖目錄 xx縮寫表 xxi第一章 緒論 11.1 人類母乳寡醣之結構與功能 11.2 人類腸道菌介紹 31.2.1 雙歧桿菌屬 (Bifidobacteria) 41.2.2 普雷沃氏菌屬 (Prevotella) 51.2.3 擬桿菌屬 (Bacteroides) 61.2.4 乳酸桿菌屬 (Lactobacillus) 61.3 人類腸道菌代謝母乳寡醣途徑 71.4 岩藻醣苷酶受質選擇性之分析 91.4.1 活潑瘤胃球菌 (Ruminococcus gnavus) 岩藻醣苷酶活性分

析 91.4.2 肺炎鏈球菌 (Streptococcus pneumoniae) 岩藻醣苷酶活性分析 101.4.3 家蠶 (Bombyx mori) 岩藻醣苷酶活性分析 111.4.4 雙歧桿菌嬰兒亞種 (B. longum subsp. infantis) 岩藻醣苷酶活性分析 121.5 寡醣分析方法 151.5.1 氣相層析 (Gas Chromatography, GC) 151.5.2 毛細管電泳 (Capillary Electrophoresis, CE) 161.5.3 液相層析 (Liquid Chromatography, LC) 171.5.3.1逆相高

效液相層析 (Reverse Phase High Performance Liquid Chromatography, RP-HPLC) 171.5.3.2高效陰離子交換層析 (High Performance Anion-exchange Chromatography, HPAEC) 181.5.3.3親水性液相層析 (Hydrophilic Interaction Liquid Chromatography, HILIC) 181.6 超臨界流體層析(Supercritical Fluid Chromatography, SFC) 簡介 191.6.1 超臨界流體 191.6.

2 超臨界流體層析 (Supercritical Fluid Chromatography, SFC) 201.7 研究動機 21第二章 實驗結果與討論 222.1 建構含 Blon_0248 基因之重組載體 232.1.1 Blon_0248 寡核酸引子之設計 (Primer Design) ： 232.1.2 Blon_0248 聚合酶連鎖反應 ： 232.1.3 不同載體與 Blon_0248 片段之黏接與核酸序列分析 ： 242.2 建構含 Blon_2335 基因之重組載體 242.2.1 Blon_2335 寡核酸引子之設計 (Primer Design) ： 2

42.2.2 Blon_2335 聚合酶連鎖反應 ： 252.2.3 不同載體與 Blon_2335 片段之黏接與核酸序列分析 ： 252.3 建構含 Blon_2336 基因之重組載體 262.3.1 Blon_2336 寡核酸引子之設計 (Primer Design) ： 262.3.2 Blon_2336 聚合酶連鎖反應 ： 262.3.3 不同載體與 Blon_2336 片段之黏接與核酸序列分析 ： 272.4 大腸桿菌誘導表現蛋白質 272.4.1 誘導目標基因之蛋白產物表現 ： 272.4.2 目標蛋白之純化系統 ： 282.4.2.1 IMAC (Immobil

ized Metal Affinity Chromatography) 純化系統 282.4.2.2 麥芽糖結合蛋白 (Maltose Binding Protein, MBP) 純化系統 292.4.3 酵素表達之分析 302.4.3.1 α1,6-岩藻醣苷酶 (Blon_0248) 302.4.3.2 α1,2-岩藻醣苷酶 (Blon_2335) 322.4.3.3 α1,3/4-岩藻醣苷酶 (Blon_2336) 342.5 岩藻醣苷酶於人類母乳寡醣之醣苷鍵進行水解反應測試 362.5.1 以 Blon_0248 對岩藻醣苷鍵進行水解 372.5.2 以 Blon_233

5 對岩藻醣苷鍵進行水解 372.5.3 以 Blon_2336 對岩藻醣苷鍵進行水解 392.6 建立岩藻醣基化母乳寡醣之超臨界流體層析滯留時間資料庫 402.6.1 岩藻醣化 LNT 醣體以 SFC 梯度沖堤分離之結果 402.6.2 岩藻醣化 LNnT 醣體以 SFC 梯度沖堤分離之結果 422.7. 酵素活性分析設計與探討 442.7.1 酵素活性分析實驗設計 442.8 利用超臨界流體層析法分析岩藻醣苷酶對人類母乳寡醣之選擇性 462.8.1 Blon_2335 之活性分析 472.8.1.1 以 Blon_2335 水解 B4F1F3F4 之分析結果 472.8

.1.2 以 Blon_2335 水解 B4F1F3 之分析結果 492.8.1.3 以 Blon_2335 水解 B4F1 之分析結果 512.8.1.4 以 Blon_2335 水解 B4F3 之分析結果 522.8.1.5 以 Blon_2335 水解 B4pF1F3F4 之分析結果 542.8.1.6 以 Blon_2335 水解 B4pF4 之分析結果 562.8.1.7 以 Blon_2335 水解 B4pF3F4 之分析結果 572.8.1.8 以 Blon_2335 水解 B4pF1F3 之分析結果 592.8.1.9 以 Blon_2335 競爭水解 B4F4

與 B4pF4 之分析結果 612.8.2 Blon_2336 之活性分析 632.8.2.1 以 Blon_2336 水解 B4F1F3F4 之分析結果 632.8.2.2 以 Blon_2336 水解 B4F1F3 之分析結果 652.8.2.3 以 Blon_2336 水解 B4F1 之分析結果 682.8.2.4 以 Blon_2336 水解 B4pF1F3F4 之分析結果 702.8.2.5 以 Blon_2336 水解 B4pF1F3 之分析結果 722.8.2.6 以 Blon_2336 水解 B4pF1 之分析結果 752.8.2.7 以 Blon_2336 競

爭水解 B4F1F3 與 B4pF1F3 之分析結果 762.8.2.8 以 Blon_2336 競爭水解 B4F3F4 與 B4pF3F4 之分析結果 792.8.2.9 以 Blon_2336 競爭水解 B4F3 與 B4pF3 之分析結果 812.9 利用親水性液相層析對不易純化醣體之製備 842.9.1 4,4-DSA4 與 2,4-DSA4 之分離 862.9.2 4-mSA4 與 2-mSA4 之分離 872.9.3 B5pS2S4 與 B6ppS2S4 之分離 882.9.4 B5pS2S4 與 B6pS2S4 之分離 892.9.5 B5pS4F1 與 B6pS

4F1 之分離 892.9.6 B6ppF1F3 與 B6ppF1F3F6 之分離 902.9.7 B6ppF3 與 B6ppF3F6 之分離 902.9.8 B6ppS4F1 與 B6ppS4F1F5 之分離 912.9.9 B6ppS4S4 與 B6ppS2S4F5 之分離 912.9.10 B6ppS2S4 與雜質之分離 922.9.11 B6F6 與 B6F3F6 與 B6F5F6 之分離 932.9.12 B6F5F6 與 B6F3F6 與 B6F1F5F6 與 B6F1F3F6 942.10 結論 952.11 未來展望 96第三章 實驗材料與方法 973.1

Materials & Methods 973.2 Cloning and overexpression of enzyme 993.2.1 Gene resource 993.2.2 Enzyme resource 993.2.3 Cloning of the recombinant 993.2.3.1 B. infantis α1,6-fucosidase Blon_0248： 993.2.3.2 B. infantis α1,2-fucosidase Blon_2335： 993.2.3.3 B. infantis α1,3/4-fucosidase Blon_2336：

1003.2.4 Protein overexpression and purification 1003.2.5 IMAC system 1013.2.6 Maltose binding protein fused protein purification system 1023.3 Enzyme activity analysis and sample preparation 1023.3.1 Activity analysis of α1,2-fucosidase activity by SFC assays 1023.3.2 Activity analysis of α1

,3/4-fucosidase activity by SFC assays 1033.3.3 HILIC-HPLC purification procedure 103第四章 參考文獻 104第五章 附件 1115.1 Full DNA & amino acid sequence of fucosidase 1115.1.1 Full DNA & amino acid sequence of Blon_0248-pET22b(+)： 1115.1.2 Full DNA & amino acid sequence of Blon_0248-pMAL-p5X： 1125.1.3 F

ull DNA & amino acid sequence of Blon_0248-pCWmalET： 1145.1.4 Full DNA & amino acid sequence of Blon_2335-pET22b(+)： 1165.1.5 Full DNA & amino acid sequence of Blon_2336-pET22b(+)： 118