'Hco 3' presentation slideshows

Acid-base disturbance. Zhao Mingyao BMC.ZZU. Acid? ------- Base? pH in arterial blood 7.35~7.45. [H + ]. ECF H + mol/L pH Arterial blood 4.0 × 10 -8 7.40 ± 0.05 Venous blood 4.5 × 10 -8 7.35

REGULATION OF ACID-BASE & ELECTROLYTES. Oleh: Dr. Husnil Kadri, M.Kes Bagian Biokimia Fakultas Kedokteran Universitas Andalas Padang. ASAM BASA. [H + ]. pH. pH. pH. Acid. Base.

Bio212 Laboratory 6 Respiratory Anatomy Respiratory Physiology Vital Capacity. Objectives for today’s lab. Define respiratory volumes and capacities and solve for an unknown volume or capacity Describe how CO 2 levels influence breathing rate and depth

Acid-Base Analysis. Sources of blood acids. Volatile acids. Non-volatile acids. H 2 O + dissolved CO 2. Inorganic acid. Organic acid. H+ + HCO 3 -. H 2 CO 3. Keto acid. Lactic acid. Henderson-Hasselbalch. pH = pK + log _ [HCO 3 ]_ s x PCO 2

Acid-Base. Basic definitions An acid a substance that can donate hydrogen ions (H + ) A base a substance that can accept H + ions H 2 CO 3 (acid)«H + + HCO 3 - (base) Strong acids completely ionized in body fluids W eak acids incompletely ionized in body fluids. Acid-Base.

Urinary System L 4 Acid Base Balance and Avian Urinary System. Prof. Madaya Dr Than Kyaw 15 October 2012. More about renal clearance. Creatinine clearance : Creatinine : a nitrogenous by-product of muscle metabolism - naturally found in the blood - constantly produced

Metabolic Acidosis and Congenital Diarrhea. Dr. Amir Bar, Bnei-Zion Medical Center, Haifa. תיאור מקרה :. היריון תקין ניתוח קיסרי, חוסר התקדמות לידה, במועד (38+ 4) מים מקוניאלים מ.ל. – 3.310 אפגר 10\10 בדיקה גופנית תקינה הורים צעירים ממוצא מוסלמי, קרובי משפחה - דרגה 1

Homeostasis. Section 2: Acid-Base Balance. Acid-base balance (H + production = loss) Normal plasma pH: 7.35–7.45 H + gains: many metabolic activities produce acids CO 2 (to carbonic acid) from aerobic respiration Lactic acid from glycolysis H + losses and storage

Acid-Base Balance Interactive Tutorial. Emily Phillips MSN 621 Spring 2009 E-mail: emmalemmaRN@hotmail.com All images imported from Microsoft Clipart & Yahoo Image gallery. How to navigate this tutorial:. To advance to the next slide click on the box

第三章 酸碱平衡紊乱 acid-base disturbance. 讲授内容 一、体液酸碱物质的来源及酸碱平衡的调节 二、反映酸碱平衡的常用指标 三、酸碱平衡紊乱的类型. （一）体液酸碱物质的来源. 一、体液酸碱物质的来源及酸碱平衡的调节. 能提供质子（ H ＋ ） 的物质. 酸. 如： HCl H 2 SO 4 H 2 CO 3 NH ＋ 4. CO 2. CO 2. H 2 CO 3. 挥发性酸. CO 2. CO 2. H 2 O. 类型及来源. 体内物质代谢产生. H 2 SO 4 H 3 PO 4

Arterial Blood Gas Interpretation. Dr. Kapila Hettiarachchi shaankh@icloud.com. Acid-base Balance Henderson- Hasselbalch Equation. [HCO 3 - ] pH = pK + log ---------------- .03 [PaCO 2 ]

ABG INTERPRETATION. BE = from – 2.5 to + 2.5 mmol/L BE (base excess) is defined as the amount of acid that would be added to blood to titrate it to pH 7.4 at pCO 2 = 40 mmHg. positive value = base excess negative value = base deficit (BD). The Delta Ratio (∆/∆).

Chemistry, The Central Science , 10th edition Theodore L. Brown; H. Eugene LeMay , Jr.; and Bruce E. Bursten. Unit 4 (Chapter 4) : Aqueous Reactions & Solution Stoichiometry. John D. Bookstaver St. Charles Community College St. Peters, MO  2006, Prentice Hall, Inc. Solutions :. +.

Biochemistry of acidobasic regulations. Alice Skoumalová. Body water compartments:. Diagram showing chemical constituents of the three fluid compartmens:. Derived values: AG (anion gap) (Na + + K + ) - (Cl - + HCO 3 - ) 14-18 mmol/l SID (strong ion difference) ( Na + + K + ) – Cl -

The Respiratory System. Anatomy Ch. 13. The Conducting Zone. Nose Only external visible part of the respiratory system Air enters the nose by passing through the nostrils The interior of the nose consists of the nasal cavity which is divided by the nasal septum

ASİT-BAZ DENGESİ. Prof.Dr.Tayfun Güler Çukurova Üniversitesi Tıp Fakültesi Anesteziyoloji A.D. Adana. OLGU SUNUMU. 1 aylık erkek çocuğu Tanı: Anorektal malformasyon Tedavi: Anoplasti. OLGU SUNUMU. Postoperatif dönem: Konjestif kalp yetersizliği Aorta koarktasyonuna bağlı

新课标 2010 年高考总复习. 盐类的水解. 授课： 任洪博. 一、盐类的水解：. 1 ．盐类水解的本质. 盐电离出的离子与水电离出的 H ＋ 或 OH － 生成 弱电解质 ， 使溶液中 c （ H ＋ ）≠ C （ OH － ），因而盐溶液呈酸性或碱性。. 2 ．盐类水解的特点. （ 1 ）水解程度一般较小，不能进行到底。. 如：　 0.1mol/LNa 2 CO 3 , 水解部分只占 4% 。. (2) 水解可促进水的电离。. （ 3 ）水解可看作中和反应的逆反应。所以水解反应 是 吸热 反应。. 3. 盐类水解的规律 :.

Fisiologia Renal. Parte integrante da Disciplina MED7002 Introdução ao estudo da Medicina II Profa . Dra. Cristina Maria Henrique Pinto Profa . Associada II do Depto. Ciências Fisiológicas-CCB-UFSC

第 6 章 酸碱滴定法 6. 多元酸碱滴定、酸碱滴定法的应用. 弱酸准确滴定的条件：. 弱酸准确滴定条件： cK a ≥10 -8 对于 0.1000mol·L -1 的 HA, K a ≥10 -7 才能准确滴定. 6.9 多元酸 ( 碱 ) 的滴定：. 多元酸能分步滴定的条件 滴定计量点的 pH 值的计算 指示剂的选择. 被滴定的酸足够强 , cK an ≥10 -8 相邻两步解离相互不影响，△ lg K a 足够大 , 若△ pH=±0.2, 允许 E t =±0.3% , 则需 △ lg K a ≥5. 多元酸能分步滴定的条件 :.

第三章 酸碱平衡紊乱 acid-base disturbance. 讲授内容 一、体液酸碱物质的来源及酸碱平衡的调节 二、反映酸碱平衡的常用指标 三、酸碱平衡紊乱的类型. （一）体液酸碱物质的来源. 一、体液酸碱物质的来源及酸碱平衡的调节. 能提供质子（ H ＋ ） 的物质. 酸. 如： HCl H 2 SO 4 H 2 CO 3 NH ＋ 4. CO 2. CO 2. H 2 CO 3. 挥发性酸. CO 2. CO 2. H 2 O. 类型及来源. 体内物质代谢产生. H 2 SO 4 H 3 PO 4