マインドマップギャラリー 生化学 七糖代謝
看護学生のための生化学。グルコースの異化、糖新生、グリコーゲンの合成と分解をまとめています。 血糖値とその調節など
2024-01-28 15:30:41 に編集されましたThis is a flowchart illustrating the process of archiving monthly failure analysis reports and tracking the implementation of improvement measures. The diagram is structured into five main steps, each with specific tasks and sub-tasks.Monthly Report Collection & Organization: This step involves collecting failure analysis reports from various departments, reviewing them for completeness, and categorizing them by product, failure mode, and severity. Root Cause Analysis & Statistics: Here, the focus is on categorizing causes, analyzing trends, identifying root causes, and compiling statistics on high-frequency failure modes and key components. Improvement Measure Formulation & Assignment: This step includes formulating improvement measures, assigning responsibilities, and setting timelines for implementation.Measure Implementation Tracking & Verification: It involves tracking the progress of implementation, verifying effectiveness, and confirming issue closure.Knowledge Base Update & Monthly Report Output: The final step covers archiving reports, updating the knowledge base, and compiling monthly summaries.This template can be easily reused and adapted using tools like EdrawMind to suit different organizational needs.
This is a timeline infographic detailing the annual product certification acquisition countdown process, structured into four sequential phases. The first phase, Certification Planning & Initiation, encompasses goal setting, timeline planning, resource preparation, defining specific certification objectives such as CCC/CE/FCC, formulating an annual plan with key milestones, and allocating necessary budget, personnel, and sample resources. Following this, the Application & Testing Phase involves material submission, coordination with certification agencies, core testing procedures, preparation of technical documents, application forms, and samples, selection of the appropriate certification agency, and execution of critical safety, EMC, and RF tests. The subsequent Rectification & Acquisition Phase focuses on addressing and rectifying any identified issues, re-verification processes, acquisition of the certificate, analysis of test issues, implementation of necessary fixes, and modification of samples for supplemental testing. Finally, the Countdown Monitoring phase emphasizes tracking progress, managing risks, monitoring remaining days and key milestones, managing time, technical, and cost risks, and maintaining effective internal and external communication throughout the process. This comprehensive template can be readily reused and adapted using tools like EdrawMind to meet diverse organizational requirements.
This is a flowchart detailing the weekly update and review plan for technical documents. The process is divided into six main stages, each with specific tasks and responsibilities. It begins with Weekly Planning, where the document scope is defined, update objectives are set, and schedules are arranged. Next, Document Updates involve maintaining various documents such as hardware design documents, test specifications, and BOM tables, alongside version control and archiving. Internal Review Preparation follows, focusing on compiling review materials, identifying participants, and setting agendas. The Review Meeting stage includes document examination, problem discussion, decision recording, and responsibility allocation. After the meeting, Review Feedback Processing takes place, involving issue tracking, document modification, quality checks, and closure verification. Finally, Output Deliverables are prepared, including official release versions, release notifications, review reports, and plans for the next week. This structured approach ensures systematic and efficient management of technical documents, and the template can be easily adapted using tools like EdrawMind.
This is a flowchart illustrating the process of archiving monthly failure analysis reports and tracking the implementation of improvement measures. The diagram is structured into five main steps, each with specific tasks and sub-tasks.Monthly Report Collection & Organization: This step involves collecting failure analysis reports from various departments, reviewing them for completeness, and categorizing them by product, failure mode, and severity. Root Cause Analysis & Statistics: Here, the focus is on categorizing causes, analyzing trends, identifying root causes, and compiling statistics on high-frequency failure modes and key components. Improvement Measure Formulation & Assignment: This step includes formulating improvement measures, assigning responsibilities, and setting timelines for implementation.Measure Implementation Tracking & Verification: It involves tracking the progress of implementation, verifying effectiveness, and confirming issue closure.Knowledge Base Update & Monthly Report Output: The final step covers archiving reports, updating the knowledge base, and compiling monthly summaries.This template can be easily reused and adapted using tools like EdrawMind to suit different organizational needs.
This is a timeline infographic detailing the annual product certification acquisition countdown process, structured into four sequential phases. The first phase, Certification Planning & Initiation, encompasses goal setting, timeline planning, resource preparation, defining specific certification objectives such as CCC/CE/FCC, formulating an annual plan with key milestones, and allocating necessary budget, personnel, and sample resources. Following this, the Application & Testing Phase involves material submission, coordination with certification agencies, core testing procedures, preparation of technical documents, application forms, and samples, selection of the appropriate certification agency, and execution of critical safety, EMC, and RF tests. The subsequent Rectification & Acquisition Phase focuses on addressing and rectifying any identified issues, re-verification processes, acquisition of the certificate, analysis of test issues, implementation of necessary fixes, and modification of samples for supplemental testing. Finally, the Countdown Monitoring phase emphasizes tracking progress, managing risks, monitoring remaining days and key milestones, managing time, technical, and cost risks, and maintaining effective internal and external communication throughout the process. This comprehensive template can be readily reused and adapted using tools like EdrawMind to meet diverse organizational requirements.
This is a flowchart detailing the weekly update and review plan for technical documents. The process is divided into six main stages, each with specific tasks and responsibilities. It begins with Weekly Planning, where the document scope is defined, update objectives are set, and schedules are arranged. Next, Document Updates involve maintaining various documents such as hardware design documents, test specifications, and BOM tables, alongside version control and archiving. Internal Review Preparation follows, focusing on compiling review materials, identifying participants, and setting agendas. The Review Meeting stage includes document examination, problem discussion, decision recording, and responsibility allocation. After the meeting, Review Feedback Processing takes place, involving issue tracking, document modification, quality checks, and closure verification. Finally, Output Deliverables are prepared, including official release versions, release notifications, review reports, and plans for the next week. This structured approach ensures systematic and efficient management of technical documents, and the template can be easily adapted using tools like EdrawMind.
グルコース代謝
概要
分類
単糖類
オリゴ糖
多糖類
結合糖
生理機能
酸化エネルギーの供給
炭素源を提供する
人体の構造の重要な構成要素
特別な生理機能
生理活性物質の提供
消化と吸収
グルコース異化
嫌気性酸化
コンセプト
嫌気性または低酸素条件下で、グルコースまたはグリコーゲンが分解されて細胞質内で乳酸が生成されるプロセス
反応過程
第一段階解糖系
第二段階の乳酸生成
特徴
脱水素反応
グリセルアルデヒド 3-リン酸-1,3-ビスホスホグリセリン酸
第二の生産能力
2 つのエネルギー消費部分、2 つのエネルギー生成部分、2 つの ATP の純生産量
3 つのキー
5つのポイント
コンセプト 反応条件 部品段階 製品
生理学的意義
体に素早くエネルギーを供給
酸素が十分である場合、一部の組織や細胞は主に嫌気性酸化に依存してエネルギーを供給します。
他の物質の合成のための原料を提供する
好気性酸化
コンセプト
好気的条件下では、グルコースまたはグリコーゲンが完全に酸化されて、Co2 と水が合成されます。
反応過程
第一段階解糖系
ピルビン酸のアセチルCoAへの第2段階酸化
トリカルボン酸サイクルの第 3 段階
サブトピック
特徴
一次基質レベルのリン酸化
2 回の脱炭酸により 2 分子の Co2 が生成される
3つの重要な酵素
クエン酸シンターゼ
イソクエン酸デヒドロゲナーゼ
α-ケトグルタル酸デヒドロゲナーゼ複合体
3つの重要な酵素
クエン酸シンターゼ
イソクエン酸デヒドロゲナーゼ
α-ケトグルタル酸デヒドロゲナーゼ複合体
4回の脱炭酸
1サイクルで10分子のATPが生成される
生理学的意義
体内の糖、脂肪、タンパク質が完全に酸化される一般的な経路
糖、脂肪、タンパク質の代謝の中心地です。
クレブスサイクルの中間体は、他のアナボリックプロセスの原料を提供します
好気性酸化の生成物
Co2 6 分子
H2O 6 分子
30または32分子のATP
生理学的意義
好気性酸化は体内のグルコースの酸化分解の主な経路です
通常の状況下では、これが体がエネルギーを得る主な方法です。
糖新生
反応経路
生理学的意義
血糖値を比較的一定に維持する
糖新生は肝臓のグリコーゲン貯蔵量を補充または回復する重要な方法です
酸塩基バランスの維持を助ける
乳酸の再利用に役立つ
グリコーゲンの合成と分解
合成
生きたブドウ糖UDPGの生成
グリコーゲンプライマーへのグルコース原始転移
グリコーゲン分岐形成
壊す
グリコーゲン配糖体は、非還元末端からリン酸化されます。
グリコーゲン枝の除去
肝臓グリコーゲンと筋肉グリコーゲンの分解により、異なる生成物が生成されます
生理学的意義
グリコーゲンは体内ですぐに利用できるエネルギー貯蔵物質です
血糖濃度を一定に維持するのに役立ちます
筋肉のグリコーゲン分解により、筋肉の収縮に必要なエネルギーが供給されます
血糖とその調節
ソース
食べ物からの糖質の吸収
肝臓のグリコーゲンが分解されてブドウ糖が生成される
非糖物質は肝臓や腎臓での糖新生によりブドウ糖に変換されます。
出口
酸化エネルギーを供給するために組織細胞に入る
グリコーゲンは肝臓や腎臓などの組織で合成され、貯蔵されます。
脂肪や他の物質に変換される
調整する
血糖値を下げるホルモン
インスリン
血糖値を上げるホルモン
グルカゴン
アドレナリン
糖質コルチコイド
高血糖
生理学的
砂糖を食べすぎる
感情的
回復可能
病理
インスリンの分泌不足またはインスリン利用の障害
低血糖症
生理学的
慢性的な飢餓
長時間の身体活動
回復可能
病理
インスリンの過剰分泌 インスリンの分泌不足
血糖値が 2.84mmol/L より低い場合、脳機能に深刻な影響を及ぼし、低血糖性昏睡を引き起こす可能性があります。