M433896 ___ 五、新型說明： ..· .Μ»·.-». ·—**·· - 【新型所屬之技術領域】 [0001] 本創作是有關於一種以胺基酸撲克牌結構，特別是一種 能進行胺基酸撲克牌遊戲之胺基酸撲克牌結構。 【先前技術】 [0002] 目前，撲克牌遊戲多以既有撲克牌進行，但撲克牌遊戲 卻與其他知識相關性甚低。再者，目前學習胺基酸之諸 多知識的主要方式仍然是以死記硬背為主，例如不同胺 基酸具有不同側鏈化學式、縮寫與代號。此外，多個胺 基酸可組成單一多胜肽鏈，而不同的多胜肽鏈更能組合 成更高階的蛋白質結構，並附有各種生物功能。因此， 學習者仍需要付出相當多的時間與耐心始能有效學習胺 基酸知識。故，對於學習者而言，此學習過程相當枯燥 且乏味β [0003] 有鑑於習知技藝之各項問題，為了能夠兼顧解決之，本 創作人基於多年研究開發與諸多實務經驗，提出 一種胺 基酸撲克牌、構，以作為改善上述缺點之實現方式與依 據。 【新型内容】 [0004] 有鑑於上述習知技蓺之Μ θ 問題，本創作之其中一目的就是 2提供m胺基酸撲克牌結構以幫助學習者能快速地 草握胺基酸化學性質斑τ 同胺基酸組合成多胜肽鏈及更 高階蛋白質結構之規則 迫藉由遊戲熟悉蛋白質水解酶 之生物功能。 10娜#單編號 A0101 $ 3頁 /共39頁 1013175551-0 M433896 101年:05月09日修正替換頁 [0005] 緣是，為達上述目的，依本創作之胺基酸撲克牌結構， 其包含第一撲克牌本體，係具有一表面之片狀 一胺基酸元件，此胺基酸元件位於第一撲克牌本體之表 面之一第一區域，此胺基酸元件為具有一第一預設圖案 之一立體結構；至少一胺基酸縮寫元件，此胺基酸縮寫 元件位於第一撲克牌本體之表面之一第二區域，用以標 示胺基酸元件之縮寫；至少一胺基酸代號元件，此胺基 酸代號元件位於第一撲克牌本體之表面之一第三區域， 用以標示胺基酸元件之代號；至少一胺基酸官能基元件 ，此胺基酸官能基元件位於第一撲克牌本體之表面之一 β 第四區域，用以標示胺基酸元件之官能基；至少一胺基 酸屬性元件’此胺基酸屬性元件位於第一撲克牌本體之 表面之一第五區域，用以標示該胺基酸元件之屬性；以 及至少一第一撲克牌圖案層，此第一撲克牌圖案層位於 第一撲克牌本體之該表面之一第六區域，此第一撲克牌 圖案層係標示一數字與一花色，其中該數字係例如A、2 、3、4、5、6、7、8、9或1 0 ’其花色係例如紅心、黑 桃、方塊或梅花。其中，第一撲克牌圖案層係印刷、塗 _ •佈或轉印薄膜。 [0006] 前述之胺基酸撲克牌結構，其中胺基酸元件之第一預設 圖案係一基本胺基酸’此基本胺基酸係例如甘胺酸 (Glycine)(Gly)(G)、丙胺酸（Alanine)(Ala)(A)、 絲胺酸（Serine)(Ser)(S)、脯胺酸 (Proline)(Pro)(P)、纈胺酸（Valine)(Val)(V)、蘇 胺酸（Threonine)(Thr)(T)、胱胺酸 (Cysteine)(Cys)(C)、白胺酸（Leucine)(Leu)(L)、 1012025#單编號 A0101 第 4 頁 / 共 39 頁 1013175551-0 M433896 101年.05月09日梭正替換頁 異白胺酸（Isoleucine)(Ile)(I)、天冬酸胺酸 (Asparagine)(Asn)(N) ' 天冬胺酸（Aspartic acid)(Asp)(D) ' 離胺酸（Lysine)(Lys)(K)、麵酿胺 酸（Glutamine)(Gin)(Q)、楚胺酸（Glutamic acid)(Glu)(E)、甲硫胺酸（Methionine)(Met)(M)、 組胺酸（Histidine)(His)(H)、苯丙胺酸 (Phenylalanine)(Phe)(F)、精胺酸 (Arginine)(Arg)(R)、酷胺酸（Tyrosine)(Tyr)(Y) 或色胺酸（Tryptophan)(Trp)(W)。 [0007] 前述之胺基酸撲克牌結構，其中胺基酸屬性元件係標示 胺基酸元件之屬性，此胺基酸屬性係例如含硫胺基酸、 酸性胺基酸、鹼性胺基酸、芳香族胺基酸、羥基胺基酸 、醯胺基胺基酸、親水性胺基酸或疏水性胺基酸。 [0008] 本創作之胺基酸撲克牌結構，更包括：一第二撲克牌本 體，係具有一表面之片狀體；至少一具級數構造之多胜 肽鏈元件，此具級數構造之多胜肽鏈元件位於第二撲克 • 牌本體之該表面之一第一區域，°此具級數構造之多胜肽 鏈元件為具有一第二預設圖案之一蛋白質立體結構；至 少一蛋白質級數名稱元件，此蛋白質級數名稱元件位於 第二撲克牌本體之表面之一第二區域，用以標示具級數 構造之多胜肽鏈元件之蛋白質級數名稱；至少一蛋白質 級數構造名稱元件，此蛋白質級數構造名稱元件位於第 二撲克牌本體之表面之一第三區域，用以標示具級數構 造之多胜肽鏈元件之蛋白質級數構造名稱；以及至少一 第二撲克牌圖案層，此第二撲克牌圖案層位於第二撲克 10120254(f 單賊 A〇101 第5頁/共39頁 1013175551-0 M433896 [0009] [0010] [0011] [0012] [0013] 1101年05月09日修正替換頁 牌本體之表面之-第四區域，此第二撲克牌圖案層係標 示-數字與-花色’此數字係例如】、，此花色樣例 如紅心、黑桃、方塊或梅花。其中，此第二撲克牌圖案 層係印刷、塗佈或轉印薄膜。 前述之具級數構造之多胜肽鏈元件之該第二預設圖案係 為蛋白質二級、三級或四級結構。 本創作之胺基酸撲克牌結構，更包含：一第三撲克牌本 體，係具有一表面之片狀體；至少一功能性蛋白結構元 件，此功能性蛋白結構元件位於第三撲克牌本體之表面 鲁 之一第一區域，此功能性蛋白結構元件為具有一第三預 設圖案之一立體結構；至少一功能性蛋白名稱元件，此 功能性蛋白名稱元件位於第三撲克牌本體之表面之一第 二區域，用以標示功能性蛋白結構元件之名稱。 前述之胺基酸撲克牌結構，其中，功能性蛋白結構元件 之該第三預設圖案係一功能性蛋白結構。此功能性蛋白 結構例如人類胰蛋。白酶（Human trypsin)或人類蛋白酶 K (Human proteinase K)兩種蛋白水解酶之結構。 鲁 綜前所述，此處及後面說明書中所提到之「立體弋以 及「立體結構」，並非指齊平於撲克牌本體之表面，而 是指突出於或凹陷於撲克牌本體之表面之立體方式以及 佔據三維空間之立體結構。 承上所述，因依本創作之胺基酸撲克牌結構，其可具有 一或多個下述優點： (1)此胺基酸撲克牌結構能讓玩家更熟悉胺基酸之化學 101202541?單編號 A0101. 第6頁/共39頁 1013175551-0 M433896 性質。 修正_頁 ⑴此胺基酸撲克牌結構能讓玩家更熟悉不同胺基酸电 合成多胜肽鏈及多胜肽鍵组成更高階蛋白f結構之性質 〇 (3)此胺級撲克牌結構可提升學⑽基酸知識之樂趣 剛㈣使貴審查委員對本創作之技術特徵及所達到之功效 有更進-步之瞭解與認識，謹佐錢佳之實施例及配合 詳細之說明如後。 "" 【實施方式】 W]以下將參照相_式，說明依本創作之胺基酸撲克牌結 構之實施例，為使便於理解，下述實施例中之相同元件 係以相同之符號標示來說明。 [0016]請參閱第1圖、第2圖以及第7圖至第26圖，第1圖係為本 創作之胺基酸撲克牌結構之第一撲克牌本體之第一绳’樣 示意圖。第2圖係為本創作之胺基酸撲克牌結構之第一撲 克牌本體之元件第二態樣示意圖。第7圖至第_係為本 創作之胺基酸撲克牌結構之上視圖。如第i圖與第2圖所 示，胺基酸撲克牌結構包含一第一撲克牌本體7，此第_ 撲克牌本體7為具有_表面之片狀體。此第—撲克牌本體 7於中間位置有一第一區域丨，胺基酸元件u位於此第一· 區域1，此胺基酸元件u具有基本胺基酸其中一胺基酸之 第一預設圖案之立體結構。此第一撲克牌本體7於左上角 與右下角各具有立體之一第二區域2，胺基酸代號元件21 位於上下端之第二區域2，此胺基酸縮寫元件21用以標示 1〇12〇25#單編號A0101 帛7頁/共39頁 1013175551-0 M433896 101年05月09日修正替私頁 胺基酸元件11之縮寫。此第一撲克牌本體7於左上角與右 下角各具有立體之一第三區域3，胺基酸代號元件31位於 上下端之第三區域3，此胺基酸代號元件31用以標示胺基 酸元件11之代號。此第一撲克牌本體7於左上角與右下角 各具有立體之一第四區域4，胺基酸官能基元件41位於上 下端之第四區域4,此胺基酸官能基元件41用以標示胺基 酸元件11之官能基。此第一撲克牌本體7於左上角與右下 角各具有立體之一第五區域5，胺基酸屬性元件51位於上 下端之第五區域5，此胺基酸屬性元件51用以標示胺基酸 元件11之屬性。此第一撲克牌本體7於左上角與右下角各 β 具有一第六區域6，第一撲克牌圖案層61位於上下端之第 六區域6，此第一撲克牌圖案層61係標示一數字與一花色 ，其中該數字係例如A、2、3、4、5、6、7、8、9或1 0 ’其花色係例如紅心、黑桃、方塊或梅花。其中，第一 撲克牌圖案61層係印刷、塗佈或轉印薄膜。其中，胺基 酸官能基元件41更能以顏色表示胺基酸之化學特性，例 如以綠色代表疏水性胺基酸，以紫色代表親水性胺基酸 ，以藍色代表鹼性胺基酸，粉紅色代表酸性胺基酸β 儀 [0017] 如第1圖、第2圖以及第7圖至第26圖所示，此胺基酸元件 之基本胺基酸係例如甘胺酸（Glycine)(Gly)(G)、丙胺 酸（Alanine)(Ala)(A)、絲胺酸（Serine)(Ser)(S)、 脯胺酸（Proline)(Pro)(P)、纈胺酸 (Valine)(Val)(V)、蘇胺酸（Threonine)(Thr)(T)、 胱胺酸（Cysteine)(Cys)(C)、白胺酸 (Leucine)(Leu)(L)、異白胺酸 10120254产旱编號 1013175551-0 (Is〇leucine)(Ile)(I)、天冬醯胺酸 A0101 .第8頁/共39頁 M433896 101年05月09日修正替換百 (Asparagine)(Asn)(N)、天冬胺酸（AsPartic acid)(A_sp)(D)、離腔酸（Lysine)(Lys)(K)、麵醯胺 酸（Glutamine)(Gln)(Q)、麩胺酸（Glutamic acid)(Glu)(E)、甲硫胺酸（Methi〇nine)(Met)(M)、 組胺酸（Histidine)(His)(H)、苯丙胺酸 (Phenylalanine) (Phe)(F)、精胺酸 (Arginine)(Arg)(R)、酪胺酸（Tyrosine)(Tyr)(Y) 或色胺酸（Tryptophan)(Trp)(W)。 • [0018] 如第1圖、第2圖以及第7圖至第26圖所示，此胺基酸屬性 元件所標示之胺基酸元件屬性係例如產生雙硫鍵 (Disulfide bond)、含硫胺基酸（sulfur)、酸性胺基 酸、驗性胺基酸、芳香族胺基酸（aromatic)、經基胺基 酸（hydroxyl)、醯胺基胺基酸（amide)、親水性胺基酸 或疏水性胺基酸。 [0019] 請參閱第3圖、第4圖以及第27圖至第32圖，第3圖係為本 創作之胺基酸撲克牌結構之第二撲克牌本體之第一態樣 • 示意圖。第4圖係為本創作之胺基酸撲克牌結構之第二撲 克牌本體之兀件第二態樣示意圖。第27圖至第32圖係為 本創作之胺基酸撲克牌結構之上視圖。如第3圖及第4圖 所示，胺基酸撲克牌結構包含-第二撲克牌本體8，此第 二撲克牌本體8為具有一表面之片狀體。此第二撲克牌本 體8於中間位置有—第-區域卜-具級數構造之多胜肽 鍵元件12位於此第一區坫， ,β ^ ^域1，此具級數構造之多胜肽鏈元 件12為蛋白質第二級、-& 二級或四級結構之第二預設圖案 之立體結構。此第二撲$晚士邮。 琪克牌本體8於左上角與右下角各具 第9頁/ 1012〇254(产單編號 A0101 共39頁 1013175551-0 M433896 1101 年os月 有一第二區域2，蛋白質級數名稱元件22位於此上下兩端 之第二區域2，此蛋白質:級數名稱元件22用以標示具級數 構造之多胜狀鏈元件12之蛋白質級數名稱β此第二撲克 牌本體8於左上角與右下角各具有一第三區域3，蛋白質 級數構造名稱元件32位於此上下兩端之第三區域3，此蛋 白質級數構造名稱元件32用以標示具級數構造之多胜肽 鍵元件12之級數構造名稱。其中，此蛋白質第二級數構 造名稱例如α螺旋長帶（a-helix &冷一 sheet)， 此蛋白質第一級數構造名稱例如肌紅蛋白（myoglobin) ，此蛋白質第四級數構造名稱例如血红蛋白 馨 (hemoglobin)。此第二撲克牌本體8於左上角與右下角 各具有一第四區域4，上下端之第四區域4各具一第二撲 克牌圖案層’此第二撲克牌圖案層62係標示一數字與— 花色，該數字係例如J、Q或K，該花色係例如紅心、黑桃 、方塊或梅花。其中，第二撲克牌圖案層62係印刷、塗 佈或轉印薄膜。M433896 ___ V. New description: ..· .Μ»·.-». ·—**·· - [New technical field] [0001] This creation is about a kind of amino acid playing card structure, especially It is an amino acid playing card structure that can perform amino acid poker games. [Prior Art] [0002] Currently, poker games are mostly played with existing playing cards, but poker games are less relevant to other knowledge. Furthermore, the main way to learn more about the amino acid is still based on rote memorization. For example, different amino acids have different side chain chemical formulas, abbreviations and codes. In addition, multiple amino acids can form a single multi-peptide chain, while different multi-peptide chains can be combined into higher order protein structures with various biological functions. Therefore, learners still need to spend considerable time and patience to effectively learn amino acid knowledge. Therefore, for learners, this learning process is rather boring and boring. [0003] In view of the problems of the prior art, in order to be able to solve the problem, the creator proposed an amine based on years of research and development and many practical experiences. The base acid playing card and structure are used as an implementation and basis for improving the above disadvantages. [New content] [0004] In view of the above-mentioned 蓺 θ problem, one of the purposes of this creation is to provide a m-amino acid playing card structure to help learners quickly grasp the amino acid chemistry spots. The rule that τ is combined with amino acids into a multi-peptide chain and a higher order protein structure is forced by the game to familiarize with the biological functions of proteolytic enzymes. 10娜#单号A0101 $3页/39 pages 1013175551-0 M433896 101: May 09 revised replacement page [0005] The edge is, for the above purpose, according to the creation of the amino acid playing card structure, The first playing card body comprises a surface sheet-like amino acid element, the amino acid element is located in a first region of a surface of the first playing card body, and the amino acid component has a first Forming a stereoscopic structure; at least one amino acid abbreviation element located in a second region of the surface of the first playing card body for indicating an abbreviation of the amino acid component; at least one amino acid a code element, the amino acid code element is located in a third region of the surface of the first playing card body to indicate the code of the amino acid component; at least one amino acid functional component, the amino acid functional component is located One of the surfaces of the first playing card body, the fourth fourth region, is used to indicate the functional group of the amino acid component; at least one amino acid property element is located on the surface of the first playing card body. Five areas, used Marking an attribute of the amino acid element; and at least a first playing card pattern layer, the first playing card pattern layer being located in a sixth area of the surface of the first playing card body, the first playing card pattern layer marking A number and a suit, wherein the number is, for example, A, 2, 3, 4, 5, 6, 7, 8, 9, or 10', such as a red heart, a spade, a square, or a plum. Among them, the first playing card pattern layer is printed, coated with a cloth or a transfer film. [0006] The aforementioned amino acid playing card structure, wherein the first predetermined pattern of the amino acid element is a basic amino acid 'this basic amino acid system such as Glycine (Gly) (G), Alanine (Ala) (A), Serine (Ser) (S), Proline (Pro) (P), Valine (Val) (V) , Threonine (Thr) (T), Cysteine (Cys) (C), Leucine (Leu) (L), 1012025# Single No. A0101 Page 4 / Total 39 pages 1013175551-0 M433896 101.05.09.09 梭 替换 replacement page isolic acid (Ile) (I), aspartic acid (Asparagine) (Asn) (N) 'aspartame Aspartic acid (Asp) (D) 'Lysine (Lys) (K), Glutamine (Gin) (Q), Glutamic acid (Glu) (Glu) E), Methionine (Met) (M), Histidine (His) (H), Phenylalanine (Phe) (F), Arginine (Arg) (R), Tyrosine (Tyr) (Y) or Tryptophan (Trp) (W). [0007] The aforementioned amino acid playing card structure, wherein the amino acid attribute element is indicative of an attribute of an amino acid element such as a sulfur-containing amino acid, an acidic amino acid, a basic amino acid. An aromatic amino acid, a hydroxyl amino acid, a guanylamino acid, a hydrophilic amino acid or a hydrophobic amino acid. [0008] The amino acid playing card structure of the present invention further comprises: a second playing card body, which is a sheet-like body having a surface; and at least one multi-ply peptide chain element with a series structure, the series structure The multi-peptide chain element is located in a first region of the surface of the second poker card body, and the multi-peptidic chain element having the series structure has a protein stereo structure having a second predetermined pattern; at least one a protein level name element, the protein level name element being located in a second region of the surface of the second playing card body, for indicating the protein level name of the multi-peptide chain element having a series structure; at least one protein level Constructing a name element, the protein level constructing name element being located in a third region of the surface of the second playing card body for indicating a protein level construct name of the multi-peptidic chain element having a series structure; and at least a second a playing card pattern layer, the second playing card pattern layer is located in the second poker 10120254 (f single thief A 〇 101 page 5 / total 39 pages 1013175551-0 M433896 [0009] [0011] [0013] [0013] May 1101 On the 09th, the fourth area of the surface of the replacement page body is modified, and the second playing card pattern layer is marked with a number - a color - the color is, for example, a red color, a spade, a square or a plum. Wherein, the second playing card pattern layer is printed, coated or transferred. The second predetermined pattern of the plurality of peptide chain elements of the above-mentioned series structure is a protein secondary, tertiary or quaternary structure. The amino acid playing card structure of the present invention further comprises: a third playing card body having a surface of a sheet; at least one functional protein structural element, the functional protein structural element is located on the third playing card body a first region of the surface, the functional protein structural element is a stereoscopic structure having a third predetermined pattern; at least one functional protein name element, the functional protein name component is located on the surface of the third playing card body a second region for indicating the name of the functional protein structural element. The aforementioned amino acid playing card structure, wherein the third predetermined pattern of the functional protein structural element is Energy protein structure. The structure of this functional protein structure, such as human trypsin, human trypsin or human proteinase K, is the structure of two proteolytic enzymes. The "stereo" and "stereoscopic structure" mentioned are not meant to be flush with the surface of the playing card, but rather the three-dimensional way of protruding or recessed on the surface of the playing card body and the three-dimensional structure occupying the three-dimensional space. According to the creation of the amino acid playing card structure, it may have one or more of the following advantages: (1) The amino acid playing card structure can make the player more familiar with the chemical of the amino acid 101202541? A0101. Page 6 of 39 1013175551-0 M433896 Nature. Fix _ Page (1) This amino acid playing card structure can make players more familiar with the different amino acid electrosynthesis polypeptide chains and multi-peptide bonds to form the structure of higher order protein f structure. (3) This amine-level playing card structure can be Enhance the learning of (10) the knowledge of the base acid just (4) to enable your review board to have a more in-depth understanding and understanding of the technical characteristics of the creation and the effectiveness achieved, and the implementation of the example and the detailed description of the case. "" [Embodiment] W] The embodiment of the amino acid playing card structure according to the present invention will be described below with reference to the phase _, and the same components in the following embodiments are given the same symbols for ease of understanding. Mark to illustrate. [0016] Please refer to Fig. 1, Fig. 2, and Fig. 7 to Fig. 26, and Fig. 1 is a schematic view of the first rope of the first playing card body of the created amino acid playing card structure. Fig. 2 is a schematic view showing the second aspect of the components of the first body of the amino acid playing card structure of the present invention. Figures 7 through _ are the top views of the created amino acid playing card structure. As shown in Figures i and 2, the amino acid playing card structure comprises a first playing card body 7, which is a sheet-like body having a surface. The first playing card body 7 has a first region 中间 in the middle, and the amino acid element u is located in the first region 1. The amino acid element u has a basic amino acid, and the first preset of the amino acid The three-dimensional structure of the pattern. The first playing card body 7 has a second region 2 in the upper left corner and the lower right corner, and the amino acid code component 21 is located in the second region 2 of the upper and lower ends. The amino acid abbreviation component 21 is used to indicate 1〇. 12〇25#单号A0101 帛7 pages/total 39 pages 1013175551-0 M433896 Modified on May 09, 2011, the abbreviation for the amino acid element 11 for private pages. The first playing card body 7 has a third third region 3 in the upper left corner and the lower right corner, and the amino acid code component 31 is located in the third region 3 at the upper and lower ends. The amino acid code component 31 is used to mark the amine group. The code of the acid element 11. The first playing card body 7 has a fourth region 4 in the upper left corner and the lower right corner, and the amino acid functional component 41 is located in the fourth region 4 of the upper and lower ends. The amino acid functional component 41 is used to indicate The functional group of the amino acid element 11. The first playing card body 7 has a third region 5 in the upper left corner and the lower right corner, and the amino acid property element 51 is located in the fifth region 5 of the upper and lower ends. The amino acid property element 51 is used to mark the amine group. The property of the acid element 11. The first playing card body 7 has a sixth area 6 in the upper left corner and the lower right corner β, and the first playing card pattern layer 61 is located in the sixth area 6 at the upper and lower ends, and the first playing card pattern layer 61 is marked with a number. And a suit, wherein the number is, for example, A, 2, 3, 4, 5, 6, 7, 8, 9, or 10', such as a red heart, a spade, a square, or a plum. Among them, the first playing card pattern 61 layer is a printing, coating or transfer film. Wherein, the amino acid functional group element 41 is more color-representing the chemical characteristics of the amino acid, for example, green represents a hydrophobic amino acid, purple represents a hydrophilic amino acid, and blue represents a basic amino acid. Pink represents an acidic amino acid beta meter [0017] As shown in Figures 1, 2 and 7 to 26, the basic amino acid of the amino acid element is, for example, Glycine (Glycine) Gly) (G), Alanine (Ala) (A), Serine (Ser) (S), Proline (Pro) (P), Vale (Valine) (Val) (V), Threonine (Thr) (T), Cysteine (Cys) (C), Leucine (Leu) (L), Isoleucine 10120254 drought number 1013175551-0 (Is〇leucine) (Ile) (I), aspartic acid A0101. Page 8 of 39 M433896 Modified on May 09, 2011 Asparagine (Asn) (N), Aspartic acid (A_sp) (D), Lysine (Lys) (K), Glutamine (Gln) (Q), glutamic acid ( Glutamic acid) (Glu) (E), Methi〇nine (Met) (M), Histidine (His) (H), Amphetamine (Phe) Nylalanine) (Phe) (F), Arginine (Arg) (R), Tyrosine (Tyr) (Y) or Tryptophan (Trp) (W). [0018] As shown in FIGS. 1 and 2 and 7 to 26, the amino acid element attribute indicated by the amino acid attribute element is, for example, a disulfide bond and a sulfur-containing bond. Sulfate, acid amino acid, test amine acid, aromatic amino acid, hydroxyl group, amide, hydrophilic amine group Acid or hydrophobic amino acid. [0019] Please refer to FIG. 3, FIG. 4 and FIG. 27 to FIG. 32, and FIG. 3 is a first aspect of the second playing card body of the created amino acid playing card structure. Fig. 4 is a schematic view showing the second aspect of the second component of the second card body of the amino acid playing card structure. Figures 27 through 32 are top views of the amino acid playing card structure of the present invention. As shown in Figures 3 and 4, the amino acid playing card structure comprises a second playing card body 8, which is a sheet-like body having a surface. The second playing card body 8 has a multi-peptidic key element 12 in the middle position of the first-region-divisional structure, which is located in the first region 坫, , β ^ ^ domain 1, which has a multi-level construction The peptide chain element 12 is a stereostructure of a second predetermined pattern of protein second stage, -& second or quaternary structure. This second bash $night post. The Qi Ke brand body 8 has the 9th page / 1012〇254 in the upper left corner and the lower right corner (the order number A0101 total 39 pages 1013175551-0 M433896 1101 os month has a second area 2, the protein series name component 22 is located here The second region 2 of the upper and lower ends, the protein: the series name element 22 is used to mark the protein series name of the multi-single chain element 12 having the series structure. The second playing card body 8 is in the upper left and lower right corners. Each has a third region 3, a protein level structure name element 32 is located in the third region 3 of the upper and lower ends, and the protein level structure name element 32 is used to indicate the level of the multi-peptide key element 12 having a series structure. Number constructor name, where the second-order construct name of the protein is, for example, an alpha helix long strip (a-helix & cold sheet), the first-order construct name of the protein, such as myoglobin, the fourth protein The series construction name is, for example, hemoglobin. The second playing card body 8 has a fourth area 4 in the upper left corner and the lower right corner, and the fourth area 4 on the upper and lower ends each has a second playing card pattern layer. Second poker The pattern layer 62 is labeled with a number and a flower color, such as J, Q or K, such as a red heart, a spade, a square or a plum, wherein the second playing card pattern layer 62 is printed, coated or transferred. Printed film.
[〇〇2〇]請參閱第5圖、第6圖以及第33圖，第5圖係為本創作之胺 基酸撲克牌結構之第三撲克牌本體之第一態樣示意圖。 第6圖係為本創作之胺基酸撲克牌結構之第三撲克牌本體 之元件第二態樣示意圖。第33圖係為本創作之胺基酸撲 克牌結構之上視圖。如第5圖及第6圖所示，胺基酸撲克 牌結構包含一第三撲克牌本體9，此第三撲克牌本體9為 具有一表面之片狀體。此第三撲克牌本體9於中間位置有 —第一區域1，一功能性蛋白結構元件13位於此第一區域 1，此功能性蛋白結構元件13具有例如人類胰蛋白酶 (Human 1〇12〇254β單編號 ΑΟίοι trypsin)或人類蛋白酶 第10頁/共39頁 〖（Human 1013175551-0 p—nase κ)兩種蛋白水解酶之第三預 結構。此第三撲克牌本體9於左上角與右下角各具有一第 二區域2，功能性蛋白名稱元件加於此上下兩端之第二 區域2此功此性蛋白名稱元件㈡用以標示功能性蛋白結 構元件13之名稱。[〇〇2〇] Please refer to Figure 5, Figure 6 and Figure 33. Figure 5 is a schematic diagram of the first aspect of the third playing card body of the amino acid playing card structure of the present invention. Fig. 6 is a schematic view showing the second aspect of the components of the third playing card body of the amino acid playing card structure of the present invention. Figure 33 is a top view of the amino acid wick structure of the creation. As shown in Figures 5 and 6, the amino acid playing card structure comprises a third playing card body 9, which is a sheet-like body having a surface. The third playing card body 9 has a first region 1 at a middle position, and a functional protein structural member 13 is located in the first region 1. The functional protein structural member 13 has, for example, human trypsin (Human 1〇12〇254β). Single number ΑΟίοι trypsin) or human protease. Page 10 of 39 (Human 1013175551-0 p-nase κ) The third pre-structure of the two proteolytic enzymes. The third playing card body 9 has a second region 2 in the upper left corner and the lower right corner, and a functional protein name component is added to the second region of the upper and lower ends. The function protein name component (2) is used to indicate the functionality. The name of the protein structural element 13.
_詳而言之，本創作之胺基酸撲克牌結構其撲克牌順序例 如黑桃A與紅心A之胺基酸元件u係為疏水性之甘胺酸 (Glycine)，梅花a與方塊A之胺基酸元件n係為疏水性 之丙胺酸（Alanine)，黑桃2與紅心2之胺基酸元件11係 為親水性之羥基胺基酸之絲胺酸（Serine)，梅花2與方 塊2之胺基酸元件11係疏水性之脯胺酸（pr〇line)，黑桃 3與紅心3之胺基酸元件11係為疏水性之纈胺酸（Val ine) ，梅花3與方塊3之胺基酸元件^係為親水性且羥基胺基 酸之蘇胺酸（Threonine)，黑桃4與紅心4之胺基酸元件 11係為親水性且能產生雙硫鍵之胱胺酸（Cysteine)，梅 花4與方塊4之胺基酸元件1丨係為疏水性之白胺酸 (Leucine)，黑桃5與紅心5之胺基酸元件11係為疏水性 之異白胺酸（Isoleucine)，梅花5與方塊5之胺基酸元件 11係親水性且醯胺基酸之天冬醯胺酸（Asparagine)，黑 才兆6與紅心6之胺基酸元件11係為酸性胺基酸之天冬胺酸 (Aspartic acid)，梅花6與方塊6之胺基酸元件11係為 鹼性胺基酸之離胺酸（Lysine)，黑桃7與紅心7之胺基酸 元件11係為親水性且驗性之酿胺基酸之麵醯胺酸 (Glutamine)，梅花7與方塊7之胺基酸元件11係為酸性 胺基酸之麩胺酸（Glutamic acid)，黑桃8與紅心8之胺 1013175551-0 基酸元件11係為疏水性且含硫胺基酸之甲硫胺酸 10120254(^單編號A01〇l 第11頁/共39頁 M433896 101年.05月09日梭正替換頁 (Methionine)，梅花8與方塊8之胺基酸元件11係為親 水性之纽胺酸（Histidine)，魚桃·9與紅心9之胺基酸元 件11係為疏水性之芳香族胺基酸之笨丙胺酸 (Phenylalanine)，梅花9與方塊9之胺基酸元件11係為 驗性胺基酸之精胺酸（Arginine)，黑桃10與紅心10之胺 基酸元件11係親水性且具羥基之芳香族胺基酸之酪胺酸 (Tyrosine)，梅花10與方塊10之胺基酸元件係為疏水性 之芳香族胺基酸之色胺酸（Tryptophan)，黑桃J、紅心J 、梅花J與方塊J之具級數構造之多胜肽鏈元件12係為蛋 白質第二級結構，黑桃Q、紅心Q、梅花Q與方塊Q之具級 ® 數構造之多胜肽鏈元件12係為蛋白質第三級結構，黑桃K 、紅心K、梅花K與方塊K之具級數構造之多胜肽鏈元件12 係為蛋白質第四級結構，以及兩張鬼牌之功能性蛋白結 構元件係各自例如為人類騰蛋白酶（Human trypsin)或 人類蛋白酶K(Human proteinase K)之蛋白質水解酶 。以上A到10之基本胺基酸之出現順序乃依分子量大小排 列，其基本胺基酸之分子量越小撲克牌數字越小。 [0022] 此外，以本創作之胺基酸撲克牌結構進行撲克牌遊戲時 ，參與者必須先熟悉二十個胺基酸英文字母縮寫、胺基 酸化學特性及蛋白質2、3與4級結構定義後，才可參與本 創作之撲克牌遊戲〇以本創作之胺基酸撲克牌結構進行 遊戲之撲克牌第一實施例，其玩法程序與其出牌規則均 照原本遊戲規則進行之外，再加入胺基酸化學特性與生 物功能做為牌組大小判斷。 [0023] 以大老二玩法進行本創作之胺基酸撲克牌結構之撲克牌 面0254(P編號 A0101 第12頁/共39頁 1013175551-0 M433896 • 101年.05月09日梭正替 遊戲時，一張牌之比大小係以原本大老二玩法再加上胺 基綾化學特性來進行，玩家可選擇使’用撲克牌上之胺基 酸化學特性或撲克牌之數字比較大小。爰此一張牌之大 小之順序例如為鬼牌人類胰蛋白酵（Human trypsin)或 人類蛋白酶K(Human proteinase K)大於能產生雙硫 鍵之胺基酸，具有能產生雙硫鍵之胺基酸大於具有含硫 胺基酸，具有含硫胺基酸大於四級結構之K，四級結構之 K大於三級結構之Q，三級結構之Q大於二級結構之J，二 級結構之J大於2，2大於A··.等以此類推。舉例而言，一 張黑桃4與一張黑桃K比大小時，黑桃4選擇以黑桃4之胺 基酸化學特性比較大小，接著黑桃K選擇以撲克牌之數字 比較大小，因黑桃4之能產生雙硫鍵之胺基酸化學特性比 黑桃K之撲克牌之數字大，故黑桃4較黑桃K大。其中，若 黑桃K選擇以之胺基酸化學特性與黑桃4比較大小，因黑 桃K之四級結構胺基酸化學特性比黑桃4之能產生雙硫鍵 之胺基酸化學特性小，故黑桃K小於黑桃4。 • [0024] 以大老二玩法進行本創作之胺基酸撲克牌結構之撲克牌 遊戲時，兩張牌之比大小係以原本大老二玩法加上胺基 酸化學特性做為牌組大小判斷，玩家可選擇使用撲克牌 上之胺基酸化學特性或撲克牌之數字比較大小。其大至 小順序係為兩鬼牌人類騰蛋白酶（Human trypsin)及人 類蛋白酶K(Human proteinase K)大於一對K(蛋白質 4級結構），一對Κ(蛋白質4級結構）大於一對Q(蛋白3級 結構），一對Q(蛋白質3級結構）大於一對J(蛋白質2級結 構），一對J(蛋白質2級結構）大於一對能產生雙硫鍵 (disulfide bond)之胱胺酸（Cysteine)，一對能產生 10120254{f·^^^ A〇101 ^ 13 I / * 39 I 1013175551-0 M433896 101年05月09.日梭正替换頁 雙硫鍵（disulfide bond)之胱胺酸（Cysteine)大於一 對具有含硫胺基酸（sul fur)之甲硫胺酸 ，一對具有含硫胺基酸（sulfur)之甲硫胺酸 (Methionine)大於具有能產生雙硫鍵之脱胺酸 (Cysteine)與甲硫胺酸（Methionine)之組合，具有能 產生雙硫鍵之胱胺酸（Cysteine)與甲硫胺酸 (Methionine)之組合大於具有驗性胺基酸之組合’具有 鹼性胺基酸之組合大於具有酸性胺基酸之組合，具有酸_ In detail, the amino acid playing card structure of the present invention has a playing card sequence such as amino acid element A of spades A and red heart A, which is hydrophobic glycine (Glycine), plum a and square A The amino acid element n is a hydrophobic alanine, and the amino acid element 11 of the spade 2 and the red heart 2 is a hydrophilic hydroxyl amino acid serine (Serine), plum 2 and square 2 The amino acid element 11 is a hydrophobic prionline, and the amino acid element 11 of the spade 3 and the red heart 3 is hydrophobic valeric acid (Val ine), plum 3 and square 3. The amino acid element is a hydrophilic and hydroxylated acid of threonine, and the amino acid 4 of the red peach 4 and the red heart 4 is a cysteic acid which is hydrophilic and capable of generating a disulfide bond (Cysteine) ), the amino acid element 1 of the plum 4 and the block 4 is a hydrophobic leucine (Leucine), and the amino acid element 11 of the spade 5 and the red heart 5 is a hydrophobic isoleucine (Isoleucine) , the plum 5 and the amino acid element 11 of the block 5 are hydrophilic and the amino acid acyl acid (Asparagine), the black metal 6 and the amino acid 6 of the red heart 6 are acid. Apartic acid aspartic acid, plum 6 and amino acid element 11 of block 6 are alkaline amino acid lysine (Lysine), spades 7 and red heart 7 amino acid component The 11 series is a hydrophilic and inspectable amino acid Glutamine, and the amino acid element 11 of the plum 7 and the block 7 is an acid amino acid Glutamic acid, a spade. 8 and red heart 8 amine 1013175551-0 base acid element 11 is hydrophobic and thiomethamic acid containing methionine 10120254 (^ single number A01〇l page 11 / total 39 pages M433896 101 years. 05 09 The product is replaced by Methionine, the amino acid element 11 of the plum 8 and the square 8 is hydrophilic hexamic acid (Histidine), and the amino acid element 11 of the fish peach 9 and the red heart 9 is hydrophobic. Phenylalanine of aromatic amino acid, amino acid element 11 of plum 9 and square 9 is arginine of test amino acid, amino acid component of spade 10 and red heart 10 11 is a hydrophilic and hydroxy-containing aromatic amino acid tyrosine (Tyrosine), plum 10 and the amino acid block of block 10 is a hydrophobic aromatic amino acid tryptamine (Tryptophan), the spades J, the red heart J, the plum J and the block J have a series structure of the multi-peptide chain element 12 is the protein second-level structure, the spades Q, the red heart Q, the plum Q and the square Q The multi-peptide chain element 12 of the class® number structure is the third-order structure of the protein, and the multi-peptide chain element 12 of the series of the spades K, the red heart K, the plum K and the square K is the fourth-order structure of the protein. And the functional protein structural elements of the two ghost cards are each, for example, a human trypsin or a protein hydrolase of human proteinase K. The order of appearance of the basic amino acids of the above A to 10 is ranked by molecular weight, and the smaller the molecular weight of the basic amino acid, the smaller the playing card number. [0022] In addition, when playing poker games with the created amino acid playing card structure, participants must first familiarize with the 20 amino acid abbreviations, amino acid chemistry, and protein 2, 3, and 4 structures. After the definition, it can participate in the poker game of the present game. The first embodiment of the game playing the game with the amino acid playing card structure of the present game, the game program and the rules of the card are all performed according to the original game rules, and then The chemical properties and biological functions of the amino acid were added as the size of the deck. [0023] The playing card face 0254 of the amino acid playing card structure of this creation by the big second game method (P number A0101 page 12 / 39 pages 1013175551-0 M433896 • 101 years. May 09th shuttle game for the game At the time, the ratio of a card is based on the original big two gameplay and the chemistry of the amine. The player can choose to compare the chemistry of the amino acids on the playing cards or the number of playing cards. The order of the size of the card is, for example, a ghost human human trypsin or a human proteinase K which is greater than an amino acid capable of generating a disulfide bond, and has an amino acid capable of generating a disulfide bond. It is larger than K having a sulfur-containing amino acid, having a sulfur-containing amino acid greater than a quaternary structure, K having a quaternary structure is larger than Q of a tertiary structure, Q of a tertiary structure is larger than J of a secondary structure, and J of a secondary structure More than 2, 2 is greater than A··., etc. For example, when a spade 4 is larger than a spade K, the spades 4 are selected to have a chemical nature of the amino acid 4, and then the spade K Choose to compare the size of the playing card, because the spade 4 can produce disulfide bonds. The chemical properties of the amino acid are larger than those of the Peach K, so the spades 4 are larger than the spades K. Among them, if the spades K choose the amino acid chemical characteristics compared with the spades 4, the black The chemical properties of the amino acid of the quaternary structure of Peach K are smaller than those of the amino acid which can produce disulfide bonds of Spades 4, so the Spades K is smaller than the Spades 4. [0024] This creation is performed by the Big Two. In the case of amino acid playing card structure poker game, the ratio of the two cards is judged by the original big two gameplay and the amino acid chemistry. The player can choose to use the amine on the playing card. The acid chemistry or the number of playing cards is relatively large. The order of the big and the small is the two ghosts of human trypsin (Human trypsin) and human proteinase K (Human proteinase K) is greater than a pair of K (protein grade 4 structure), a pair Κ (protein grade 4 structure) is greater than a pair of Q (protein grade 3 structure), a pair of Q (protein grade 3 structure) is greater than a pair of J (protein grade 2 structure), a pair of J (protein grade 2 structure) is greater than a pair A cysteic acid (Cysteine) capable of producing a disulfide bond, a pair of capable substances 10120254{f·^^^ A〇101 ^ 13 I / * 39 I 1013175551-0 M433896 101 May 01. Hiroshi is replacing the page of disulfide bond cystine (Cysteine) is greater than a pair Methionine containing sul fur, a pair of methionine having a sulfuramide greater than having a deaminating acid (Cysteine) capable of producing a disulfide bond A combination of methionine having a combination of Cysteine and Methionine capable of producing a disulfide bond greater than a combination of an amino acid having a tester's basic amino acid Greater than a combination of acidic amino acids with acid
性胺基酸之組合大於具有羥基胺基酸之組合’具有羥基 胺基酸之組合大於具有醯胺基胺基酸（amide)之組合，具 有醯胺基胺基酸（amide)之組合大於芳香族胺基酸 (aromatic)之組合，芳香族胺基酸（aromatic)之組合 大於一對2，一對2大於一對A，一對A大於一對K···，其餘 依原始撲克牌大小排列。其中，兩鬼牌人類胰蛋白酶 (Human trypsin)及人類蛋白酶 K(Human proteinase K)為最大，此代表人類膦蛋白酶（Human trypsin)及人類蛋白酶 K(Human proteinase K)能分 解其他各級蛋白質結構之多胜肽鏈或胺基酸組合，故人 類胰蛋白酶（Human trypsin)及人類蛋白酶K(Human proteinase K)為最大0 [0025] 舉例而言，當黑桃2與紅心2對梅花1〇與方塊1〇比大小時 ，黑桃2與紅心2選擇以胺基酸化學特性比較大小，一對q 亦選擇以胺基酸化學特性比較大小，黑桃2與紅心2之一 對經基胺基酸之胺基酸化學特性比梅花10與方塊10之一 對芳香族胺基酸之胺基酸化學特性大，故黑桃2與紅心2 比梅花10與方塊10大。 1012025# 單编5^ Α0101 第14頁/共39頁 1013175551-0 1101年.05月09日梭正頁 [〇〇26]以大老二玩法進行本創作之胺基酸撲克牌結構之撲克牌 遊戲時，玩家可選擇使用撲克牌上之胺基_酸化學特性或 撲克牌之數子比較大小。爰此，三張牌之比大小係兩鬼 牌大於三張四級結構之κ，三張四級結構之K大於三張三 級結構之Q，三張三級結構之Q大於三張二級結構之J，三 張一級結構之J大於三張具有鹼性胺基酸胺之組合，三張 具有鹼性胺基酸胺之組合大於三張具有酸性胺基酸胺之 組合’三張具有酸性胺基酸胺之組合大於三張羥基胺基 酸之組合’三張羥基胺基酸之組合大於三張醯胺基胺基 酸之組合’三張醯胺基胺基酸之組合大於三張芳香族胺 基酸之組合’三張芳香族胺基酸之組合大於三張2，三張 2大於三張A...，其餘依原始撲克牌大小排列。 [0027] 舉例而言，三張κ與鬼牌比大小時，鬼牌比三張κ的胺基 酸化學特性或撲克牌之數字大，故鬼牌比三張K大。再舉 例而言，梅花7、方塊7與黑桃6對紅心7、黑桃7與方塊6 選擇以胺基酸化學特性比大小，梅花7、方塊7與黑桃6之 酸性胺基酸之胺基酸化學特性比紅心7、黑桃7與方塊6之 驗性胺基酸之胺基酸化學特性小，故梅花7、方塊7與黑 桃6小於紅心7、黑桃7與方塊6。 [0028] 大老二玩法進行本創作之胺基酸撲克牌結構之撲克牌遊 戲時，玩家可選擇使用撲克牌上之胺基酸化學特性或撲 克牌之數字比較大小。爰此’五張牌之比大小係以兩鬼、 牌大於胱胺酸（Cysteine)、胱胺酸（Cysteine)、甲硫 胺酸（Methionine)、甲硫胺酸（Methionine)與任一胺 基酸元件之組合，胱胺酸（Cysteine)、胱胺酸 10120254(^單編號 A0101 第15頁/共39頁 1013175551-0 (cm - 、甲疏胺酸（Methionine)、甲硫胺酸 (Methi〇n： une)與任一胺基酸元件之組合大於任τ個親水- &胺基酸之級合’任5個親水性胺基酸之組合大於任5個 疏水吐胺基峻之組合，任5個疏水性胺基酸之組合大於同 :’同花順大於鐵支，鐵支大於萌蘆與順子，其中同 w、鐵支可直接屋一張牌、兩張牌、三張牌、葫產與 順子。 [0029] 舉例而兮的 - ° ’黑桃K、黑桃Q、黑桃J、黑桃1〇與黑桃a對四 張A與方塊2以撲克牌之數字比較大小時，同花順黑桃κ、 …桃Q、黑桃J、黑桃1〇與黑桃A大於鐵支四張A與方塊2， _ 、桃K黑桃Q、黑桃J、黑桃1 〇與黑桃a大於四張A與方 塊2 '再舉例而言，黑桃κ、黑桃Q、黑桃j、黑桃1〇與黑 桃A對四張八與方塊2以胺基酸化學特性比較大小時黑桃 A對四張A與方塊2之疏水性胺基酸化學特性大於同花順黑 桃K黑桃Q、黑桃j、黑桃1〇與黑桃A，故黑桃a對四張八 與方塊2大於黑桃κ、黑桃Q、黑桃j、黑桃1〇與黑桃A。 _卩上所述僅為舉例性，而非為限制性者。任何未脫離本 φ 創作之精神與範4 1對其進行之等效修改或變更，均 應包含於後附之申請專利範圍中。 【圖式簡單說明】 圆第i圖係為本創作之胺基酸撲克牌結構之第一撲克牌本體 之第一態樣示意圖； 第2圖係為本創作之胺基酸撲克牌結構之第一撰克牌本體 之元件第二態樣示意圖； 第3圖係為本創作之胺基酸撰克牌結構之第二撲克牌本體 10120254(^單編號A0101 第16頁/共39貢 1013175551-0 M433896 101年.05月09日梭正替換頁 之第一態樣示意圖； 第4圖係為本創作之胺基酸撲克牌結構之第二撲克牌本體 之第二態樣不意圖， 第5圖係為本創作之胺基酸撲克牌結構之第三撲克牌本體 之第一態樣示意圖； 第6圖係為本創作之胺基酸撲克牌結構之第三撲克牌本體 之第二態樣示意圖；以及 第7圖至第33圖係為本創作之胺基酸撲克牌結構之上視圖 【主要元件符號說明】 [0032] 1 :第一區域 2 :第二區域 3 :第三區域 4 :第四區域 5 :第五區域 6 :第六區域 φ 7:第一撲克牌本體 8 :第二撲克牌本體 9 :第三撲克牌本體 11 :胺基酸元件 21 :胺基酸縮寫元件 31 :胺基酸代號元件 41 :胺基酸官能基元件 51 :胺基酸屬性元件 61 :第一撲克牌圖案層 62 :第二撲克牌圖案層 1013175551-0 1{)12()254(^單編號 A0101 第 17 頁 / 共 39 頁 M433896 __ 101年05月09日接正替換頁 12 :多胜肽鏈元件 一 打：蛋白質級數名稱元件 .- 32 :蛋白質級數結構名稱元件 23 :功能性蛋白名稱元件 13 :功能性蛋白結構元件The combination of amino acids is greater than the combination of hydroxyl amino acids. The combination of having a hydroxyl amino acid is greater than the combination having a amide, and the combination of amide is greater than the aromatic. Combination of amino acids, aromatic amino acid combination is greater than a pair of 2, a pair of 2 is greater than a pair of A, a pair of A is greater than a pair of K···, and the rest is based on the original playing card size arrangement. Among them, the two ghost human trypsin (Human trypsin) and human proteinase K (Human proteinase K) is the largest, which means that human trypsin (Human trypsin) and human proteinase K (Human proteinase K) can decompose other levels of protein structure Multi-peptide chain or amino acid combination, so human trypsin and human proteinase K are the largest 0 [0025] For example, when spades 2 and red hearts 2 pairs of plums 1 and squares When the ratio is 1〇, the spades 2 and the red heart 2 are selected to have the chemical characteristics of the amino acid, and the pair q is also selected to compare the chemical properties of the amino acid, and the one of the spades 2 and the red 2 is the amino acid. The chemical properties of the amino acid are greater than those of the amino acid of the aromatic amino acid of the plum 10 and the block 10, so the spade 2 and the red heart 2 are larger than the plum 10 and the square 10. 1012025# Single 5^ Α0101 Page 14/39 pages 1013175551-0 1101. 05月09日梭正[[26] The playing card of the amino acid playing card structure of this creation by the Big Two During the game, the player may choose to use the amino acid-acid chemistry on the playing card or the number of playing cards to compare the size. Thus, the ratio of three cards is two gambling cards larger than three quaternary structures of κ, the K of three quaternary structures is greater than the Q of three tertiary structures, and the Q of three tertiary structures is greater than three secondary Structure J, three primary structures J greater than three combinations with basic amino amines, three combinations with basic amino amines greater than three combinations with acidic amino amines 'three sheets are acidic The combination of amino acid amines is greater than the combination of three hydroxyl amino acids. The combination of three hydroxyl amino acids is greater than the combination of three amidine amino acids. The combination of three amidine amino acids is greater than three fragrances. The combination of the amino acid group 'the combination of three aromatic amino acids is greater than three sheets 2, three sheets 2 is greater than three sheets A..., and the rest are arranged according to the original playing card size. [0027] For example, when three κ and ghost cards are compared in size, the ghost card is larger than the three kappa amino acid chemistry or the number of playing cards, so the ghost card is larger than the three K. For another example, plum 7, block 7 and spade 6 on red heart 7, spade 7 and block 6 are selected to have the amino acid chemical characteristic ratio, plum 7, block 7 and the acid amino acid amine of spades 6 The chemical properties of the base acid are smaller than those of the amino acid of the red heart 7, the spade 7 and the square amino acid of the square 6, so the plum 7, the block 7 and the spade 6 are smaller than the red heart 7, the spade 7 and the square 6. [0028] When playing the game of the Amino Acid playing card structure of the present game, the player may choose to use the amino acid chemistry of the playing card or the number of the playing card to compare the size. The ratio of 'five cards' is based on two ghosts, cards larger than Cysteine, Cysteine, Methionine, Methionine and any amine group. Combination of acid elements, Cysteine, Cystamine 10120254 (^单单 A0101 Page 15 / 39 pages 1013175551-0 (cm - , Methionine, Methiophene (Methi〇) n: une) combination with any of the amino acid elements is greater than any of the τ hydrophilic- & amino acid combinations 'any five hydrophilic amino acids combination is greater than any of the five hydrophobic amines, The combination of any five hydrophobic amino acids is greater than the same: 'The straight flush is larger than the iron branch, and the iron branch is larger than the Meng Lu and the straight. The same w and iron branch can directly produce one card, two cards, three cards, and the same. [0029] Example and 兮 - ° 'Spades K, Spades Q, Spades J, Spades 1 〇 and Spades a vs. 4 A and 2 are compared with the number of playing cards, straight flush Spades κ, ... peach Q, spades J, spades 1 and spades A are larger than iron branches 4 A and square 2, _, peach K spades Q, spades J, spades 1 黑 and spades a Greater than four A and block 2 'again, for example, spades κ, spades Q, spades j, spades 1 〇 and spades A pairs of four octaves and squares 2 with amino acid chemistry characteristics when the size of the spades A The chemical properties of the hydrophobic amino acids of the four sheets A and 2 are greater than those of the straight flushes, the spades K, the spades, the spades, the spades, and the spades A, so the spades a to four eight and the squares 2 are larger than the spades. κ, spades Q, spades j, spades 1 黑 and spades A. _ 卩 所述 仅为 仅为 仅为 仅为 仅为 仅为 仅为 仅为 仅为 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 Equivalent modifications or changes made shall be included in the scope of the patent application attached. [Simple description of the diagram] The first figure of the circle is the first of the first playing card body of the amino acid playing card structure of the creation. The second diagram is the second aspect of the component of the first creator body of the amino acid playing card structure of the creation; the third figure is the first structure of the amino acid crepe structure of the creation Two playing cards body 10120254 (^ single number A0101 page 16 / total 39 tribute 1013175551-0 M433896 101 years. May 09th shuttle is replacing the first aspect of the page; The second aspect of the second playing card body of the created amino acid playing card structure is not intended, and the fifth figure is the first aspect of the third playing card body of the created amino acid playing card structure. Schematic diagram; Figure 6 is a schematic diagram of the second aspect of the third playing card body of the created amino acid playing card structure; and Figures 7 to 33 are based on the amino acid playing card structure of the creation View [Main component symbol description] [0032] 1 : First region 2 : Second region 3 : Third region 4 : Fourth region 5 : Fifth region 6 : Sixth region φ 7 : First playing card body 8 : Second playing card body 9: third playing card body 11: amino acid element 21: amino acid abbreviation element 31: amino acid code element 41: amino acid functional element 51: amino acid attribute element 61: A playing card pattern layer 62: a second playing card pattern layer 1013175551-0 1{) 12() 254 (^ single number A0101 page 17 / 39 pages M433896 __ 101 years old on May 09, replacement page 12: multiple A dozen peptide components: protein grade name component. - 32: protein series structure name component 23: functionality White Name element 13: a functional protein structure element
1_54(P編號 A0101 第18頁/共39頁 1013175551-01_54 (P number A0101 Page 18 of 39 1013175551-0