This document discusses major intra and extra-cellular fluids and electrolytes. It begins with introducing the group members and defining electrolytes. It then discusses the major physiological ions including calcium, magnesium, sodium, potassium, chloride, bicarbonate and phosphate. For each ion, it highlights their importance in the human body. The document also discusses various sodium chloride preparations, potassium chloride, and electrolytes used in acid-base therapy such as sodium acetate, sodium citrate and potassium citrate. It concludes with discussing oral rehydration therapy and salt intake relating to hypertension.
This document discusses electrolytes, which are substances that dissociate into ions when dissolved and can carry an electrical current. It focuses on the major intracellular and extracellular electrolytes in the body, including potassium, magnesium, phosphate intracellularly and sodium, chloride, bicarbonate extracellularly. The document also discusses electrolyte imbalance, the fluid compartments electrolytes are present in, and electrolyte replacement therapies using substances like sodium chloride and potassium chloride.
Major intra and extra cellular electrolytesTaj Khan
This document discusses major electrolytes in the body including sodium, potassium, chloride, calcium, and bicarbonate. It covers their normal levels and roles in intracellular and extracellular fluid compartments. Disturbances to electrolyte balance like hyponatremia, hypernatremia, hypokalemia, hyperkalemia, hypocalcemia, and hypercalcemia are summarized including causes, signs, symptoms, and treatment approaches. The document provides an overview of electrolyte physiology and pathologies.
Linus Pauling was a chemist who received two unshared Nobel Prizes, one for chemistry and one for peace. He made important contributions to fields like chemical bonding and crystallography. This photo shows Pauling tossing an orange, symbolizing his work determining vitamin C levels in fruits using redox titrations with iodine. Redox titrations allow the concentration of ascorbic acid to be measured at various levels in fruits and supplements. The document then provides background information on oxidation-reduction reactions and redox titrations.
Potentiometric - Pharmaceutical Analysis (101T)RAHUL PAL
Potentiometric methods of analysis measure the potential of electrochemical cells under conditions of zero current. The potential difference between a sensing electrode and a reference electrode is measured. A salt bridge containing an inert electrolyte connects the two half-cells and allows ionic movement to complete the electrical circuit. Common reference electrodes include the standard hydrogen electrode, saturated calomel electrode, and silver-silver chloride electrode. Potentiometry is used for applications such as determining electrode potentials, measuring pH, and analyzing samples in clinical chemistry, environmental chemistry, agriculture, and food processing.
This document discusses conductometric titration, which is an electrochemical analytical method that measures the electrical conductance of an electrolyte solution. It describes the principles and instrumentation of conductometry, including how conductivity is measured using a conductivity meter or by performing a titration. Some key applications of conductometric titration are determining the end point of acid-base and precipitation titrations, and it has various uses in fields like environmental analysis, food testing, and quality control.
Major intra and extra cellular electrolytes pharmaceutical inorganic chemist...AZCPh
This document discusses the history and development of the city of Springfield over several decades. It outlines the growth of the population from the early 1900s through the 1930s as the city expanded and attracted new residents and businesses. Several new residential and commercial areas were constructed during this period as Springfield became a larger urban center.
Introduction
Ohm’s law.
Conductometric measurements.
Factor affecting conductivity.
Application of conductometry.
2.Conductometric titration-:
Introduction.
Types of conductometric tiration.
Advantages of conductometric tiration.
3.Recent devlopement
Conductometry:
is the simplest of the electroanalytical techniques; by Kolthoff in 1929.
Conductors are:
either metallic (flow of electrons) or electrolytic (movemenmt of ions).
Conductance of electricity:
migration of positively charged ions towards the cathode and negatively charged ones towards the anode
(i.e.) current is carried by all ions present in solution.
Conductance depends on the number of ions in solun.
Factors affecting conductance:
1- Temperature:
(1C increase in temperature causes 2 % increase in conductance).
2- Nature of ions
Size, molecular weight and number of charges.
3- Concentration of ions:
As the number of ions increases, the conductance increases.
4- Size of electrodes
Conductance is directly proportional to the cross sectional area (A).
This is chapter No 3 of Pharmaceutical Chemistry - I for Diploma in Pharmacy (D. Pharmacy) Details notes for Diploma in Pharmacy (D.Pharmacy) Students.
This document discusses electrolytes, which are substances that dissociate into ions when dissolved and can carry an electrical current. It focuses on the major intracellular and extracellular electrolytes in the body, including potassium, magnesium, phosphate intracellularly and sodium, chloride, bicarbonate extracellularly. The document also discusses electrolyte imbalance, the fluid compartments electrolytes are present in, and electrolyte replacement therapies using substances like sodium chloride and potassium chloride.
Major intra and extra cellular electrolytesTaj Khan
This document discusses major electrolytes in the body including sodium, potassium, chloride, calcium, and bicarbonate. It covers their normal levels and roles in intracellular and extracellular fluid compartments. Disturbances to electrolyte balance like hyponatremia, hypernatremia, hypokalemia, hyperkalemia, hypocalcemia, and hypercalcemia are summarized including causes, signs, symptoms, and treatment approaches. The document provides an overview of electrolyte physiology and pathologies.
Linus Pauling was a chemist who received two unshared Nobel Prizes, one for chemistry and one for peace. He made important contributions to fields like chemical bonding and crystallography. This photo shows Pauling tossing an orange, symbolizing his work determining vitamin C levels in fruits using redox titrations with iodine. Redox titrations allow the concentration of ascorbic acid to be measured at various levels in fruits and supplements. The document then provides background information on oxidation-reduction reactions and redox titrations.
Potentiometric - Pharmaceutical Analysis (101T)RAHUL PAL
Potentiometric methods of analysis measure the potential of electrochemical cells under conditions of zero current. The potential difference between a sensing electrode and a reference electrode is measured. A salt bridge containing an inert electrolyte connects the two half-cells and allows ionic movement to complete the electrical circuit. Common reference electrodes include the standard hydrogen electrode, saturated calomel electrode, and silver-silver chloride electrode. Potentiometry is used for applications such as determining electrode potentials, measuring pH, and analyzing samples in clinical chemistry, environmental chemistry, agriculture, and food processing.
This document discusses conductometric titration, which is an electrochemical analytical method that measures the electrical conductance of an electrolyte solution. It describes the principles and instrumentation of conductometry, including how conductivity is measured using a conductivity meter or by performing a titration. Some key applications of conductometric titration are determining the end point of acid-base and precipitation titrations, and it has various uses in fields like environmental analysis, food testing, and quality control.
Major intra and extra cellular electrolytes pharmaceutical inorganic chemist...AZCPh
This document discusses the history and development of the city of Springfield over several decades. It outlines the growth of the population from the early 1900s through the 1930s as the city expanded and attracted new residents and businesses. Several new residential and commercial areas were constructed during this period as Springfield became a larger urban center.
Introduction
Ohm’s law.
Conductometric measurements.
Factor affecting conductivity.
Application of conductometry.
2.Conductometric titration-:
Introduction.
Types of conductometric tiration.
Advantages of conductometric tiration.
3.Recent devlopement
Conductometry:
is the simplest of the electroanalytical techniques; by Kolthoff in 1929.
Conductors are:
either metallic (flow of electrons) or electrolytic (movemenmt of ions).
Conductance of electricity:
migration of positively charged ions towards the cathode and negatively charged ones towards the anode
(i.e.) current is carried by all ions present in solution.
Conductance depends on the number of ions in solun.
Factors affecting conductance:
1- Temperature:
(1C increase in temperature causes 2 % increase in conductance).
2- Nature of ions
Size, molecular weight and number of charges.
3- Concentration of ions:
As the number of ions increases, the conductance increases.
4- Size of electrodes
Conductance is directly proportional to the cross sectional area (A).
This is chapter No 3 of Pharmaceutical Chemistry - I for Diploma in Pharmacy (D. Pharmacy) Details notes for Diploma in Pharmacy (D.Pharmacy) Students.
An acid-base titration is used to determine the concentration of an acid or base. The equivalence point is reached when there are equal moles of H3O+ and OH- ions, resulting in a neutral pH of 7. The titration endpoint is indicated by a color change in the indicator, which should change sharply at the equivalence point. Different types of acid-base reactions result in different pH values at the equivalence point, determined by whether the acid and base are strong or weak.
Major extra and intracellular electrolytes. Pharmaceutical Inorganic chemistr...Ms. Pooja Bhandare
Major extra and intracellular electrolytes. Pharmaceutical Inorganic chemistry UNIT-II (Part-II)
Electrolyte: Intracellular fluid
Interstitial fluid
Plasma (Vascular fluid)
Anionic electrolytes- HCO₃⁻, Cl⁻, SO₄²⁻, HPO₄²⁻
Cationic electrolytes- Na⁺, K⁺, Ca²⁺, Mg²⁺
Concentration of important Electrolytes:
Electrolytes used in the replacement therapy: Sodium
chloride*, Potassium chloride, Calcium gluconate* and Oral Rehydration Salt
(ORS), Physiological acid base balance.
This document discusses precipitation titration, which involves the formation of an insoluble precipitate during titration. It describes the Mohr, Volhard, and Fajans methods for detecting the endpoint of precipitation titrations using different indicators like chromate, iron, and fluorescein. The Volhard method, which detects the endpoint potentiometrically by titrating excess silver with thiocyanate, is highlighted as being widely used. Limitations and ways to overcome problems of precipitation titration are also outlined.
This document discusses oxidation-reduction (redox) reactions and concepts including definitions of oxidation and reduction in terms of gaining or losing electrons, oxygen, and hydrogen. It provides examples of redox reactions and identifies the oxidizing agent and reducing agent in reactions. It also discusses oxidation numbers and how to balance redox equations using the oxidation number change method. Finally, it discusses redox titrations and the specific methods of iodimetry and iodometry which involve the use of iodine as the titrant or analyte.
Impurities in Pharmaceuticals: Sources of impuritiesGopi Patel
The document discusses impurities in pharmaceuticals. It defines impurity and describes how even small amounts can affect the efficacy, safety, and properties of pharmaceutical products. Some key points include:
- Impurities can come from API/excipients, equipment, storage conditions, or instability.
- Types of impurities include identified, potential, unidentified, and in-process impurities.
- Commonly found impurities affect aesthetic properties, are toxic, become harmless beyond tolerance limits, or cause technical difficulties.
- Steps to control impurities include identifying them, selecting removal methods, and confirming purity.
Cardiovascular system- Human Anatomy & Physiology 1st.RAHUL PAL
The document discusses the anatomy and functions of the heart. It describes the heart's location in the thoracic cavity and layers (epicardium, myocardium, endocardium). It details the heart valves (tricuspid, bicuspid, pulmonary, aortic semi-lunar), blood vessels (arteries, veins, capillaries), conduction system (SA node, AV node, bundle of His), cardiac cycle and output. Common heart disorders are also listed.
The document summarizes key points from an organic chemistry class lecture on classification of organic compounds. It discusses:
1. Organic compounds can be broadly classified as acyclic (open chain) or cyclic (closed chain) compounds. Acyclic compounds include aliphatic compounds with branched or straight carbon chains. Cyclic compounds contain carbon atoms connected in a ring, and can be alicyclic or heterocyclic if other atoms are present.
2. Aromatic compounds contain benzene rings and related structures, and can be heterocyclic aromatic if heteroatoms are in the ring. Examples given are benzenoid and non-benzenoid aromatic compounds.
3. Organic compounds can
This document discusses various antacids, including their compositions, mechanisms of action, preparations, and analysis methods. It covers common antacid combinations containing aluminum hydroxide gel, magnesium hydroxide, magnesium trisilicate, and sodium bicarbonate. Individual antacids like milk of magnesia and aluminum hydroxide gel are also described, outlining their chemical properties, uses as antacids, and methods for quantitative analysis. Preparation processes are provided for sodium bicarbonate and analysis methods involve titrimetric techniques.
Errors in pharmaceutical analysis can be determinate (systematic) or indeterminate (random). Determinate errors are caused by faults in procedures or instruments and cause results to consistently be too high or low. Sources include improperly calibrated equipment, impure reagents, and analyst errors. Indeterminate errors are random and unavoidable, arising from limitations of instruments. Accuracy refers to closeness to the true value, while precision refers to reproducibility. Systematic errors can be minimized by calibrating equipment, analyzing standards, using independent methods, and blank determinations.
Major intra and extra cellular electrolyteskalyaniGopale1
This document discusses the major intracellular and extracellular electrolytes in the body. It begins by defining electrolytes as ions that dissociate in body fluids. The main electrolytes discussed are sodium, calcium, chloride, potassium, magnesium, sulfate, bicarbonate, and phosphate. For each electrolyte, the normal levels, locations, and functions in the body are described. Potential deficiencies or excesses of each electrolyte are also summarized, along with their symptoms and treatment.
Acidity of Carboxylic Acid Explanation - Organic Chemistry SHUBHAM CARPENTAR
Carboxylic acids contain the carboxyl (-COOH) functional group. They are weak acids because the carboxyl group only partially dissociates in water, existing in an equilibrium between ionized and un-ionized forms. The acidity or acid strength of a carboxylic acid is determined by its acidity constant (Ka), which indicates the level of dissociation into ions in solution. The Ka value depends on the structure of the carboxylic acid and any substituents that induce electron-withdrawing or electron-donating effects, which alter the stability and acid strength of the carboxyl group.
The document discusses different types of complexometric titration methods including direct titration, backtitration, replacement/substitution titration, and indirect titration. Direct titration involves directly titrating a metal ion solution with EDTA. Backtitration involves adding excess EDTA and back-titrating the excess with a second metal ion. Replacement/substitution titration involves quantitatively displacing one metal ion with the metal ion being determined. Indirect titration is used for anions by first precipitating them with a metal cation before titrating the metal with EDTA. The document also discusses titration curves in complexometric titration and EDTA as the most commonly used titrant.
This document discusses electrolyte replenishers and their uses. It defines electrolytes as minerals in the body that have an electric charge and are present in blood, urine, tissues, and other body fluids. Electrolytes help balance the amount of water in the body. Replacement therapy aims to restore normal volume and composition of body fluids. Various electrolytes used in replacement therapy are discussed, including sodium chloride, potassium chloride, calcium chloride and bicarbonates. Combination electrolyte therapies and oral rehydration salts are also summarized.
The document discusses various dental products including anticaries agents, cleaning agents, and desensitizing agents. It describes the roles of calcium carbonate, sodium fluoride, and stannous fluoride as anticaries agents. It explains the mechanisms of dental caries/plaque formation and how fluoride prevents caries by forming fluorapatite. It also discusses the administration and potential side effects of fluoride overdose. Zinc chloride and strontium chloride are provided as examples of desensitizing agents.
Classification of organic compounds..2nd sem b Pharm (Unit 1) P. Organic chem...Omesh Chandan
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
This document provides an overview of acid-base chemistry concepts including:
1) Definitions of acids, bases, conjugate acid-base pairs, and amphiprotic species.
2) Explanations of acid and base dissociation constants and their relationships.
3) Descriptions of common ion and buffer effects.
4) Derivations of the Henderson-Hasselbalch equation for calculating pH in buffer solutions.
The document discusses electrolyte replacement therapy used to treat dehydration and describes the concentrations of various electrolytes like sodium, potassium, calcium, and magnesium that must be replaced. It also provides information on common electrolyte solutions used for replacement including their compositions, properties, methods of preparation, and uses. Specific electrolytes discussed in more detail include sodium chloride, potassium chloride, and calcium gluconate.
The document discusses electrolyte balance and acid-base balance in the body. It provides details on various electrolytes like sodium, potassium, calcium salts and their role in maintaining balance. It also discusses the buffer systems and mechanisms involved in regulating pH of blood and treatment of acid-base imbalances. Specifically, it summarizes commonly used pharmaceutical compounds for correcting acid-base imbalances like sodium bicarbonate, sodium acetate, potassium acetate and their properties, methods of preparation, uses and official preparations.
An acid-base titration is used to determine the concentration of an acid or base. The equivalence point is reached when there are equal moles of H3O+ and OH- ions, resulting in a neutral pH of 7. The titration endpoint is indicated by a color change in the indicator, which should change sharply at the equivalence point. Different types of acid-base reactions result in different pH values at the equivalence point, determined by whether the acid and base are strong or weak.
Major extra and intracellular electrolytes. Pharmaceutical Inorganic chemistr...Ms. Pooja Bhandare
Major extra and intracellular electrolytes. Pharmaceutical Inorganic chemistry UNIT-II (Part-II)
Electrolyte: Intracellular fluid
Interstitial fluid
Plasma (Vascular fluid)
Anionic electrolytes- HCO₃⁻, Cl⁻, SO₄²⁻, HPO₄²⁻
Cationic electrolytes- Na⁺, K⁺, Ca²⁺, Mg²⁺
Concentration of important Electrolytes:
Electrolytes used in the replacement therapy: Sodium
chloride*, Potassium chloride, Calcium gluconate* and Oral Rehydration Salt
(ORS), Physiological acid base balance.
This document discusses precipitation titration, which involves the formation of an insoluble precipitate during titration. It describes the Mohr, Volhard, and Fajans methods for detecting the endpoint of precipitation titrations using different indicators like chromate, iron, and fluorescein. The Volhard method, which detects the endpoint potentiometrically by titrating excess silver with thiocyanate, is highlighted as being widely used. Limitations and ways to overcome problems of precipitation titration are also outlined.
This document discusses oxidation-reduction (redox) reactions and concepts including definitions of oxidation and reduction in terms of gaining or losing electrons, oxygen, and hydrogen. It provides examples of redox reactions and identifies the oxidizing agent and reducing agent in reactions. It also discusses oxidation numbers and how to balance redox equations using the oxidation number change method. Finally, it discusses redox titrations and the specific methods of iodimetry and iodometry which involve the use of iodine as the titrant or analyte.
Impurities in Pharmaceuticals: Sources of impuritiesGopi Patel
The document discusses impurities in pharmaceuticals. It defines impurity and describes how even small amounts can affect the efficacy, safety, and properties of pharmaceutical products. Some key points include:
- Impurities can come from API/excipients, equipment, storage conditions, or instability.
- Types of impurities include identified, potential, unidentified, and in-process impurities.
- Commonly found impurities affect aesthetic properties, are toxic, become harmless beyond tolerance limits, or cause technical difficulties.
- Steps to control impurities include identifying them, selecting removal methods, and confirming purity.
Cardiovascular system- Human Anatomy & Physiology 1st.RAHUL PAL
The document discusses the anatomy and functions of the heart. It describes the heart's location in the thoracic cavity and layers (epicardium, myocardium, endocardium). It details the heart valves (tricuspid, bicuspid, pulmonary, aortic semi-lunar), blood vessels (arteries, veins, capillaries), conduction system (SA node, AV node, bundle of His), cardiac cycle and output. Common heart disorders are also listed.
The document summarizes key points from an organic chemistry class lecture on classification of organic compounds. It discusses:
1. Organic compounds can be broadly classified as acyclic (open chain) or cyclic (closed chain) compounds. Acyclic compounds include aliphatic compounds with branched or straight carbon chains. Cyclic compounds contain carbon atoms connected in a ring, and can be alicyclic or heterocyclic if other atoms are present.
2. Aromatic compounds contain benzene rings and related structures, and can be heterocyclic aromatic if heteroatoms are in the ring. Examples given are benzenoid and non-benzenoid aromatic compounds.
3. Organic compounds can
This document discusses various antacids, including their compositions, mechanisms of action, preparations, and analysis methods. It covers common antacid combinations containing aluminum hydroxide gel, magnesium hydroxide, magnesium trisilicate, and sodium bicarbonate. Individual antacids like milk of magnesia and aluminum hydroxide gel are also described, outlining their chemical properties, uses as antacids, and methods for quantitative analysis. Preparation processes are provided for sodium bicarbonate and analysis methods involve titrimetric techniques.
Errors in pharmaceutical analysis can be determinate (systematic) or indeterminate (random). Determinate errors are caused by faults in procedures or instruments and cause results to consistently be too high or low. Sources include improperly calibrated equipment, impure reagents, and analyst errors. Indeterminate errors are random and unavoidable, arising from limitations of instruments. Accuracy refers to closeness to the true value, while precision refers to reproducibility. Systematic errors can be minimized by calibrating equipment, analyzing standards, using independent methods, and blank determinations.
Major intra and extra cellular electrolyteskalyaniGopale1
This document discusses the major intracellular and extracellular electrolytes in the body. It begins by defining electrolytes as ions that dissociate in body fluids. The main electrolytes discussed are sodium, calcium, chloride, potassium, magnesium, sulfate, bicarbonate, and phosphate. For each electrolyte, the normal levels, locations, and functions in the body are described. Potential deficiencies or excesses of each electrolyte are also summarized, along with their symptoms and treatment.
Acidity of Carboxylic Acid Explanation - Organic Chemistry SHUBHAM CARPENTAR
Carboxylic acids contain the carboxyl (-COOH) functional group. They are weak acids because the carboxyl group only partially dissociates in water, existing in an equilibrium between ionized and un-ionized forms. The acidity or acid strength of a carboxylic acid is determined by its acidity constant (Ka), which indicates the level of dissociation into ions in solution. The Ka value depends on the structure of the carboxylic acid and any substituents that induce electron-withdrawing or electron-donating effects, which alter the stability and acid strength of the carboxyl group.
The document discusses different types of complexometric titration methods including direct titration, backtitration, replacement/substitution titration, and indirect titration. Direct titration involves directly titrating a metal ion solution with EDTA. Backtitration involves adding excess EDTA and back-titrating the excess with a second metal ion. Replacement/substitution titration involves quantitatively displacing one metal ion with the metal ion being determined. Indirect titration is used for anions by first precipitating them with a metal cation before titrating the metal with EDTA. The document also discusses titration curves in complexometric titration and EDTA as the most commonly used titrant.
This document discusses electrolyte replenishers and their uses. It defines electrolytes as minerals in the body that have an electric charge and are present in blood, urine, tissues, and other body fluids. Electrolytes help balance the amount of water in the body. Replacement therapy aims to restore normal volume and composition of body fluids. Various electrolytes used in replacement therapy are discussed, including sodium chloride, potassium chloride, calcium chloride and bicarbonates. Combination electrolyte therapies and oral rehydration salts are also summarized.
The document discusses various dental products including anticaries agents, cleaning agents, and desensitizing agents. It describes the roles of calcium carbonate, sodium fluoride, and stannous fluoride as anticaries agents. It explains the mechanisms of dental caries/plaque formation and how fluoride prevents caries by forming fluorapatite. It also discusses the administration and potential side effects of fluoride overdose. Zinc chloride and strontium chloride are provided as examples of desensitizing agents.
Classification of organic compounds..2nd sem b Pharm (Unit 1) P. Organic chem...Omesh Chandan
The document discusses the benefits of exercise for mental health. Regular physical activity can help reduce anxiety and depression and improve mood and cognitive functioning. Exercise causes chemical changes in the brain that may help protect against mental illness and improve symptoms.
This document provides an overview of acid-base chemistry concepts including:
1) Definitions of acids, bases, conjugate acid-base pairs, and amphiprotic species.
2) Explanations of acid and base dissociation constants and their relationships.
3) Descriptions of common ion and buffer effects.
4) Derivations of the Henderson-Hasselbalch equation for calculating pH in buffer solutions.
The document discusses electrolyte replacement therapy used to treat dehydration and describes the concentrations of various electrolytes like sodium, potassium, calcium, and magnesium that must be replaced. It also provides information on common electrolyte solutions used for replacement including their compositions, properties, methods of preparation, and uses. Specific electrolytes discussed in more detail include sodium chloride, potassium chloride, and calcium gluconate.
The document discusses electrolyte balance and acid-base balance in the body. It provides details on various electrolytes like sodium, potassium, calcium salts and their role in maintaining balance. It also discusses the buffer systems and mechanisms involved in regulating pH of blood and treatment of acid-base imbalances. Specifically, it summarizes commonly used pharmaceutical compounds for correcting acid-base imbalances like sodium bicarbonate, sodium acetate, potassium acetate and their properties, methods of preparation, uses and official preparations.
This document discusses electrolyte replacement therapy. The main purpose of electrolyte replacement therapy is to overcome electrolyte imbalances and restore body fluid composition and volume. Electrolyte imbalances can occur due to conditions like diarrhea, vomiting, dehydration, or prolonged treatment without nutrients. There are several electrolytes in the body like sodium, potassium, phosphate, bicarbonates, sulfate, calcium, chloride, and magnesium that are responsible for different body actions. Examples of compounds used for electrolyte replacement include sodium chloride, potassium chloride, and calcium lactate.
Electrolyte replenishers are used to restore electrolyte balance and fluid volume in the body. There are three main compartments of body fluid - intracellular, interstitial, and plasma. Electrolytes like sodium, potassium, calcium, magnesium, and phosphates help control water balance between compartments and generate nerve and muscle signals. Imbalances can cause issues like hyponatremia or hyperkalemia. Buffers like bicarbonate help regulate pH. Combination electrolyte solutions are used to treat severe deficits from diarrhea, vomiting, or blood loss. Oral rehydration salts also aid rehydration from diarrhea through balanced sugar and salt concentrations.
Major extra and intra-cellular electrolytesNIDHI GUPTA
Presentation describes about the Major extra- and intra-cellular electrolytes of human body and their physiological roles. In next part, it discuss the Electrolytes used in replacement therapy, ORS and Physiological acid-base balance.
Non-aqueous titration has several advantages over aqueous titration including enabling the titration of organic acids and bases that are insoluble in water. Key types of non-aqueous solvents used in titration include aprotic, protogenic, protophillic, and amphiprotic solvents. Common indicators used in non-aqueous titration include crystal violet and oracet blue B. Example applications of non-aqueous titration include determination of active ingredients in pharmaceutical preparations like ephedrine and codeine. Proper preparation and standardization of titrants such as perchloric acid in acetic acid or potassium methoxide in toluene-methanol is important for accurate non-aqueous tit
The document discusses fluid and electrolyte balance in the human body, noting that fluid intake and losses must balance and disturbances can impact various organ systems. Total body water and the volumes of intravascular and extravascular fluid are explained. Different types of fluid imbalances like volume depletion, volume overload, and electrolyte disturbances are also outlined.
This document discusses fluid and electrolyte balance and management. It covers the composition of body fluids, mechanisms that regulate fluid homeostasis, and types of parenteral fluid therapy including crystalloids like saline solutions and dextrose solutions, as well as colloid solutions. It provides guidelines on fluid replacement and maintenance requirements, and examples of intravenous fluid orders.
It provide more information regarding IV fluids and Electrolytes which is very essential for human body. Also about related complication and its management.
This document discusses hardness of water. It defines hardness as being caused by calcium and magnesium ions which can be temporary (removed by boiling) or permanent. It describes common methods to determine water hardness, including soap titration and EDTA methods. Hardness is expressed in units of calcium carbonate equivalent by multiplying the weight of ions by their molecular weights.
This document discusses different types of intravenous fluids used in anesthesia. Fluids are divided into crystalloids and colloids. Common crystalloids include Ringer's lactate, normal saline, and glucose solutions. Common colloids discussed include dextrans, albumin, gelatins, hydroxyethyl starch, and blood. Each type of fluid is described in terms of its composition, uses, advantages, and disadvantages. Guidelines for blood transfusion and issues with mixing different IV fluids are also summarized.
The document discusses the gastrointestinal tract and its components and functions. It then discusses various types of acidifying reagents or acidifiers that can increase acidity in the gastrointestinal tract, including gastric, urinary, and systemic acidifiers. It provides ammonium chloride as an example of an acidifier, discussing its preparation, properties, identification tests, purity tests, and uses to produce mild acidosis.
07 Treatment of water- Disinfection and Advanced and Miscellaneous treatmentsakashpadole
The presentation has prepared as per the syllabus of Mumbai University.
Go through the presentation, if you like it then share it with your friends and classmates.
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This document discusses calcium hypochlorite and sodium hypochlorite, two common chlorine compounds. Calcium hypochlorite is a white solid used as a bleaching agent and disinfectant. It is produced by treating lime with chlorine gas. Sodium hypochlorite is a pale green-yellow solution known as liquid bleach. It is produced through the chlorination of sodium hydroxide and is widely used as a disinfectant. Both compounds are used for water treatment, aquaculture, agriculture, veterinary purposes, and in the fish processing industry.
The document discusses various physical, chemical, and biological properties that are monitored in water resources, including:
1. Acidity, alkalinity, conductivity, color, phosphorus, nitrogen, and total solids. It describes methods for measuring these parameters and their environmental significance.
2. Hardness is discussed in detail, including what causes hard water, its effects on soap and limescale formation, and methods for softening hard water using heating or sodium carbonate.
3. Sources of parameters like phosphorus, nitrogen, and dissolved solids that can impact water quality are outlined. Maintaining appropriate levels of these is important for balancing aquatic life and human use of water resources.
This document discusses electrolyte replacement therapy and lists three common electrolyte compounds used: sodium chloride, potassium chloride, and calcium gluconate. Sodium chloride and potassium chloride are described in detail, including their molecular formulas, properties, preparation methods, assays, and uses. Calcium gluconate is also described briefly, noting its use as an electrolyte replenisher and to treat conditions caused by low calcium levels such as osteoporosis and rickets. The main purpose of electrolyte replacement therapy is to restore electrolyte and fluid balance in the body.
Major intra & extra cellular electrolytes ATTRIRAKESH1
This document discusses various electrolytes used in acid-base therapy and their properties and uses. It describes sodium acetate, potassium acetate, sodium bicarbonate, sodium citrate, potassium citrate, sodium lactate, ammonium chloride, and potassium bicarbonate. It also discusses oral rehydration solutions, their formulations and benefits. The World Health Organization recommends reduced osmolarity oral rehydration solutions containing sodium, potassium, citrate, magnesium, zinc, and glucose to effectively treat diarrhea and dehydration.
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This document discusses various neurotransmitters, neuromodulators, and receptors in the nervous system. It describes:
1) Two major classes of neurotransmitter receptors - ionotropic receptors which are ligand-gated ion channels, and G protein-coupled receptors which activate intracellular second messenger systems.
2) Examples of major inhibitory and excitatory neurotransmitters like GABA, glycine, glutamate, acetylcholine, and catecholamines and their receptor properties.
3) Other substances that modulate neurotransmission like neurotrophic factors, neuromodulators, and neuromediators.
Stability Testing During Product DevelopmentAl Riyad Hasan
Stability Testing During Product Development:
Practical conduct of stability testing
Presentation and recording of results
Stability data handling and estimation of shelf life
Package Labelling
This document discusses pharmacokinetics and provides details about absorption, distribution, and bioavailability of drugs. It defines key pharmacokinetic terms and describes factors that influence absorption such as solubility, concentration, route of administration, and mechanisms of absorption including passive diffusion, active transport, and pinocytosis. Membrane permeability and drug properties like pH and lipid solubility are discussed. The document also covers volume of distribution, plasma protein binding, tissue storage, and barriers to drug distribution like the blood-brain barrier.
The document discusses various aspects of pharmacodynamics, which is the study of how drugs act on the body. It describes different mechanisms of drug action including stimulation, depression, irritation, replacement, cytotoxic action, physical action, chemical action, action through enzymes, and action through receptors. It also discusses concepts like dose-response relationship, drug potency and efficacy, therapeutic index, drug combination effects like synergism and antagonism, and factors that can modify drug action.
. Introduction to Pharmacology Course Title: Pharmacology I Course No.: PHAR 2113 Prepared by: Biswajit Biswas Reference: Goodman & Gilman’s Manual of Pharmacology and Therapeutics
2. Pharmacology Greek pharmakon : "drug“ ; and logia : "the study of“. Greek: Pharmacon (Drug) Modern Latin: Pharmacologia 18th Century: Pharmacology The branch of medicine concerned with the uses, effects, and modes of action of drugs.
3. Historic development of pharmacology Worlds oldest pharmacology - from India and China Materia medica (2735 B.C.) by Pan Tsao- contained mainly Plant and metal with few animal products Ayurveda - described by Charaka accordig to Rigveda (3000 B.C.) - includes 300 vegetable drugs , classified into 50 groups according to their effects on symptoms. Papyrus (1500 B.C.) discovered by Eber -700 drugs Modern medicine (from 450 B.C.) by Hippocrates- concept of disease as a pathologic process and organize pharmacology on the basis of observation, analysis and deduction.- use simple and efficacious drugs.
4. Allopathay (James gregory, 1753-1821) -treatment without any rational basis- use symptomatic treatment with obnoxious remedis. Homeopathy (Hanneman, 19th century)-
This document provides an overview of phytochemistry and plant drugs. It discusses several plant constituents including glycosides, carbohydrates, tannins, lipids, resins, balsams, volatile oils, and alkaloids. For each constituent, examples of plant sources are given and potential uses are described. The document also classifies different types of alkaloids based on their ring structures and provides examples of plants containing various alkaloid types.
Adhd Medication Shortage Uk - trinexpharmacy.comreignlana06
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Mercurius is named after the roman god mercurius, the god of trade and science. The planet mercurius is named after the same god. Mercurius is sometimes called hydrargyrum, means ‘watery silver’. Its shine and colour are very similar to silver, but mercury is a fluid at room temperatures. The name quick silver is a translation of hydrargyrum, where the word quick describes its tendency to scatter away in all directions.
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2. Major Intra & Extra-Cellular Fluids
A Presentation On
3. Md. Rakibul Hasan (171023)
Md. Alamin Hossain (171024)
Tahmim Zaman Mishu (171025)
Al Riyad Hasan (171026)
Humaira Khatun Lisa (171027)
Abu Sayeem Tamim (171028)
Mahjabin Nessa Tumpa (171029)
Members of Group-3 (Retinol)
4. An electrolyte is a substance
that produces an electrically
conducting solution; when
dissolved in a polar solvent.
What is electrolyte?
5. Maintain water balance.
Helping muscles (including heart) contract and relax.
Help in transmit nerve impulses.
Maintain acid-base balance.
Maintain a constant environment in the whole body tissue.
Importance of electrolytes in
human body
7. Constituent of bones and teeth
Help in functioning of muscles
Clotting mechanism of blood
Need for growth of tissue & bones
Importance of Calcium
8. Found in bone; combine with Ca
Used for protein synthesis
Important for Neuromuscular system
Insufficient Mg ion can cause Cardiac Disturbance
Importance of Magnesium
9. Principal cation of extracellular fluid
Maintain normal hydration
Maintain osmotic pressure
Low Na ion level can cause
Diabetes, Addison’s disease etc
Importance of Sodium
10. Major intracellular cation
Important for nerve impulse
Low level of K ion can cause
changes in BP
High level of K ion can cause the
damage of Kidney
Importance of Potassium
11. Maintain the osmotic pressure
The major extracellular anion
Maintain proper hydration
Hyperchloremic condition can cause Congestive Heart Failure
Importance of Chloride
12. Along with Carbonic Acid, it is utilized as the body’s most important –
‘Buffer System’
Lack of this ion can cause metabolic Acidosis or Alkalosis
Importance of Bicarbonate
13. It is also an important ‘Buffer System’
Present in the bones and teeth
Importance of Phosphate
14. o Create Haemoglobin
o Carries Oxygen & Carbon Dioxide
indirectly
o Low level of Fe in blood cause
Anaemia
Importance of Iron
15. Sodium chloride
Mol weight =58.44
It contains not less than 99.5% of NaCl
It is found in the sea
It occurs as odourless, colourless,
colourless crystals or white crystaline
powder.
Soluble in water.
Slightly soluble in alcohole
16. Uses:
Its is an electrolyte replensher ,emetic, topical
inflammatory
Used to treat extracellular volume depletion ,
dehydration.
May be used in eye drops, nasal drops.
Used in homeopathic
Has adverse effect on vomitting, sweating, diarrhoea.
17. Sodium Chloride Injection
Sterile isotonic solution of
sodium chloride in water for
injection.
•Contains not less than 0.85
per cent and not more than
0.95 per cent w/v of NaCl.
•Contains no antimicrobial
agents.
•It is a colourless solution.
•stored in single dose
containers of glass or plastic.
18. Test for purity
Heavy metals.
Pyrogens.
pH (between 4.5 and 7.0).
Uses
Used as fluid and electrolyte
replenisher.
Isotonic vehicle.
source: www.indiamart.com
19. Sodium Chloride Hypertonic Injection
Sterile solution of sodium
chloride in water for
injection.
•Contains not less than 1.52
per cent and not more
than 1.68 per cent w/v of
NaCl.
•Contains no antimicrobial
agents.
•It is a clear and colourless
solution.
•stored in single dose
containers of glass or
plastic. Source: www.mcguffmedical.com
20. Test for purities
Arsenic.
Heavy metal.
Pyrogens.
pH (between 5.0 to 7.5).
Uses
Used as fluid and electrolyte
replenisher.
Source: www.mcguffmedical.com
22. Tests for purity
Arsenic.
Heavy metal.
Pyrogens.
pH (between 5.0 to 7.5).
Uses
Used as fluid and
electrolyte replenisher.
Source: www.fresenius-kabi.com
23. Compound Sodium Chloride Solution
A sterile solution of Sodium
Chloride, Potassium
Chloride, Calcium Chloride
in purified water.
•It is a colourless solution.
•It’s tests for purity comply
with the requirements
stated under compound
sodium chloride injection
•Used as an irrigation
solution (for external use)
Source: www.indiamart.com
24. Sodium Chloride and Dextrose Injection
A sterile solution of
sodium chloride(0.11-
0.9%), Dextrose (2.5-25%)
•It is clear, colourless or
faintly straw-coloured
solution.
•stored in single dose
containers of glass or
plastic.
Source: www.indiamart.com
25. Test for purities
5-hydroxymethylfurfural and
related substances.
Heavy metals.
Pyrogens.
pH (3.5-6.5).
Uses
Used as fluid, nutrient and
electrolyte replenisher.
Source: www.indiamart.com
27. 1
contains not
less than
1.75% and
not more
than 1.95% of
sodium
lactate
2
1000 ml
contains lactic
acid(14
ml),sodium
hydroxide(6.7
g)and dilute
hydrochloric
acid
3
NaOH in water
for injection
(400
ml),adding the
lactic acid
and heating
the solution in
an autoclave
at 115o
to 116o
for one hour
4
It is cooled,
dilute
hydrochloric
acid added
carefully until
O.15 ml of the
solution gives
a full orange
colour with
0.05 ml of
phenol red
solution
5
Sufficient
water for
injection is
added to
produce
1000ml
6
filtered
and
immediate
ly sterilized
by heating
How We Can Prepare the Solution:
28. Physical Characters:
1
It is clear
colourless
solution.
2
It is stored in
single-dose
containers of
glass or plastic
29. It is a fluid and electrolyte replenisher.
Uses
32. Introduction
KCl; Mol. Weight=74.55
Potassium chloride contains not less than 99.0 per cent of. Potassium chloride can be prepared by reacting
hydrochloride acid with potassium carbonate,
K2
CO3
+ 2HCl KCl + H2
CO3
33. Physical Characteristics:
Potassium chloride occurs as odorless, colourless;
cubical, elongated, or prismatic crystals or white crystalline powder ;
taste is saline.
It is soluble in water and glycerol : practically insoluble in alcohol and solvent ether.
A solution is neutral to litmus.
Hydrochloric acid, sodium or magnesium chlorides diminish its solubility in water.
35. 1
electrolyte
replenisher
2
used in the
treatment of
potassium
deficiency
3
familial
paralysis ,
myasthenia
gravis (muscle
weakness)
meniere's
syndrome
(disease of the
inner ear)
4
as an antidote
in digitalis
intoxication.
Uses:
36. What happed :Excessive Use
1
hyperkalaemia
causing muscles
weakness
2
Paralysis
3
Hypotension
4
Heart block and
cardiac arrest.
37. Potassium Chloride and Sodium chloride Intravenous Infusion(BP)
It is a sterile colourless solution of potassitun chloride and thw sodium chloride in water.
Potassium Chloride and Glucose Intravenous Infusion (B.P.)
It is a sterile colourless or faintly straw-coloured solution of Potassium chloride and either
anhydrous glucose or glucose in water.
Potassium Chloride, Sodium Chloride and Glucose Intravenous Infusions (B. P.)
It is. a sterile solution of potassium chloride, sodium chloride and either anhydrous glucose or
glucose in water.
Effervescent Potassium Chloride Tablets (B.P.)
Potassium Chloride Elixir, U. S.P
Potassium Chlorme Mixture, A. P. F.
Potassium Chlorme Injection, U. S. P.
Potassium chloride in Dextrose Injection, U. S. P.
Potassium chloride Oral Solution, U. S. P.
Potassium Chloride Extended-release Capsules Tablets. U. S. P.
Potassium Chloride, potassium Bicarbonate, and Potassium
citrate Effervescent Tablets for Oral Solution , U. S. P.
OFFICIAL POTASSIUM CHLORIDE PREPARATIONS
38. Electrolytes used in acid base in
acid base therapy
The sodium salts of bicarbonate, lactate, acetate and
sometimes citrate and ammonium salts are used to treat
metabolic acidosis. supply of bicarbonate increase the
HCO3/H2CO3 ratio. lactate, acetare and citrate ions are
degraded to CO2 and water by tricarboxylic acid cycle.
The major functions of electrolytes are to maintain
electrolytic imbalance, including acid base balance and
osmotic equilibrium and to facilitate specific metabolic function
through supplyofspecific ion to body fluids.
39. Sodium acetate:
CH3COONa 3 H20 mol weight =136.08
Sodium acetate contains not less than 99.0 per centof CH3CooNa.3H20. It is
prepared by neutralization of acetic acid with sodium carbonate or sodium
hydroxide,and then crystallizing the product.
2CH3COOH + Na2CO3=2 CH3COONa + CO2+ H20
Characters:
1. Colourless & odourless
2.soluble in water and alcohol
3.5% solution in Waterhas a pH of 7.5 to 9.2.
4.kept in airtight containers.
Uses:
1. Used as pharmaceutical aid
2. Acidulant in food
3.used as effective buffer in metabolic acedosis.
40. Sodium citrate:
C6H5Na3O7.2H2O; mol weight = 294.1
Sodium citrate is trisodium 2-hydroxy-propane-1,2,3 tricarboxylate
dihydrate.it contains about 99% of C6H5Na3O7.it is prepared by mixing
of calculated amounts of hot solution of citric acid and sodium
carbonate and crystallizing the product.
3Na2CO3+ 2H3C6O7 = 2NaC6H5O7+3CO2+3H2O
Characters:
1.white crystalline powde.
2.slightly deliquescent in moist air.
3.freely soluble in water
4.partically in soluble in ethanol.
5.stored in air- tight containers..
Uses :
1:used as systemic alkalinizing substance.
2.it has anti clotting properties.
3.used to preservation of blood for transfusion purpose.
41. Potassium citrate
Molecular formula: KOOC. CH2.CH(OH) (COOK). CH2 COOK. H2O
Molecular weight: 324.42
Potassium citrate is a potassium salt of citric acid with the molecular
formula K3C6H5O7. It is a white, hygroscopic crystalline powder. It is
odorless with a saline taste. It contains 38.28% potassium by mass. In the
monohydrate form it is highly hygroscopic and deliquescent.
42. uses
Used as systemic alkalizer.
Used as gastric antacid.
Used to control kidney stones.
Used in many soft drink as a buffering agents.
Used to relieve painful irritation.
43. Sodium Bicarbonate Injection
It is a sterile solution of sodium bicarbonate in water for injection.
pH 7.0 to 8.5
It is preserved in single dose containers.
It contains not less than 95% and not more than 105% of labelled
amount of NaHCO3
44. Ammonium Chloride injection
Ammonium chloride is an inorganic compound with the formula
NH4Cl and a white crystalline salt that is highly soluble in water.
Solutions of ammonium chloride are mildly acidic.
Ammonium chloride injection is a sterile solution of ammonium
chloride in water for injection .
It contains not less than 95% and not more than 105% of labelled
amount of NH4Cl
It is preserved in single dose or in multiple dose containers.
45. Electrolyte combination therapy
When a patient undergoes a surgery , he is unable to take normal
diet, therefore he is given infusion’s containing saline and
glucose he also needs additional electrolytes . which are intended
for the fluid maintain of the body. Usually the combination of
electrolyte are prepared and given to the patient according to his
requirement this type treatment is called electrolyte combination
therapy.
46. Oral Rehydration Therapy
Oral rehydration therapy (ORT) is a type of fluid replacement used to prevent
and treat dehydration, especially that due to diarrhea. Oral rehydration
therapy can also be given by a nasogastric tube.
Nasogastric intubation is a medical process involving the insertion of a plastic
tube through the nose, past the throat, and down into the stomach.
47. Oral rehydration therapy consists of
two phases of treatment:
(1)a rehydration phase, in which water and electrolytes are given as ORS to
replace existing losses.
(2) a maintenance phase, which includes replacement of ongoing
fluid and electrolyte losses and adequate dietary intake Oral rehydration
therapy can be-
1.ORT solutions
2.Rice based solutions
3.Glucose
48. Salt intake and Hypertension
Reduced salt intake lowering the blood pressure and enhance the
effect of drug treatment.
49. Multiple Electrolyte Powders
Oral rehydration salt(Electral)
Each packet (35g) contains-
•Sodium chloride-1.25 g.
•Potassium chloride-1.50 g.
•Sodium Citrate-2.90 g.
•Anhydrous dextrose-27 g.
Used in-
Replacement of fluid & electrolytes loss.
Maintenance of hydrogen in diarrhoea due to Rota virus, E. coli.
Muscle weekness & muscle cramps.
For athletes & industrial workers.
52. 2.Paediatric Solution for Intravenous Use:
A sterile solution containing -
Dextrose-5 g
Sodium Acetate-0.3 g
Potassium chloride-0.10 g
Magnesium chloride -0.03 g
Dibasic potassium phosphate-0.025 g
Sodium metabisulphate-0.02 g
& the pH adjusted with HCl.
53. 3.Elliott's B Solution:
A sterile solution containing
Sodium chloride-730 mg
Potassium chloride- 30 mg
Calcium chloride dihydrate- 20 mg
Magnesium sulphate-30 mg
Sodium phosphate heptahydrate- 20 mg
Glucose- 20 mg
Sodium bicarbonate-190 mg
Phenol red-10 micro gm & water for injection to 100 mL.
54. 4.Ringer's injection (U.S.P):
A sterile solution containing
Sodium chloride-860 mg
Potassium chloride-30 mg
Calcium chloride dihydrate-33 mg & water for injection to 100 mL.
55. Dialysis Solutions
In dialysis, bicarbonate is the best given as acetate or lactate in order to avoid
the release of carbon dioxide into solution.
Used in-
Management of Renal Failure
Poisoning
Removal of toxic substances & electrolytes
Haemodialysis-The exchange of ions between the solution and the patients blood is made
across a synthetic semi-permeable membrane.
Peritoneal dialysis-The exchange is made across the membranes of the peritoneal cavity.
56. Intraperitoneal Dialysis Fluid(I.P.):
Sodium chloride-5.56 g.
Sodium acetate-4.76 g.
Calcium chloride-0.22 g.
Magnesium chloride-0.152 g.
Sodium metabisulphite-0.15 g.
Anhydrous dextrose -17 g & purified water sufficient to produce (1000 ml).
57. Reference
Text book of pharmaceutical Chemistry- I by Mohammed Ali
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