Dosificacion de medicamentos
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This document provides dosage instructions for 5 patients with different weights for paracetamol, ibuprofen, amoxicillin, trimethoprim-sulfamethoxazole, and erythromycin. It lists the patient weight, calculates the dosage of each medication based on weight, and specifies the number and volume of syrup bottles needed to provide the full course of treatment.
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Hospital Pharmacy Calculations-MSQ Foundation
- A 3-year-old child weighing 14 kg needs a dose of 42 mg of fluconazole which can be given as a 4.2 mL suspension since the available formulations are capsules of 50 mg, 150 mg, 200 mg and suspensions of 50 mg/5mL and 200 mg/5mL.
- For a 6-month-old child weighing 7.6 kg, the required dose of Drug A is 114 mg which needs to be given in two divided doses of 1.14 mL each, since Drug A is available as an injection of 50 mg/mL.
- A 1000 mL infusion of sodium chloride prescribed to be given over 8 hours using a standard giving set will require a flow rate
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This document provides information and examples for calculating drug dosages. It discusses reconstituting powdered medications and calculating the amount to administer based on the resulting concentration. It also covers calculating dosages for pediatric patients based on weight, reconstituting multiple strength solutions, and calculating dosages using body surface area (BSA). Safety is emphasized, including an example where a misread decimal point in an order led to a baby receiving an overdose and dying. Formulas are provided for calculating both metric and non-metric BSA for adults and pediatric patients.
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A pharmacy technician receives a prescription for 15mg of Augmentin in 30ml of cherry syrup. To measure such a small amount, the technician must use the aliquot method. This involves calculating the least weighable quantity, weighing out a factor of the prescribed amount, weighing the appropriate amount of diluent, mixing the drug and diluent, and determining the portion of the mixture that contains the prescribed dose. Following the aliquot method steps, the technician determines they need to weigh 120mg of Augmentin and 960mg of diluent, and the prescribed 15mg dose is contained in 120mg of the mixture.
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The document defines key terms related to pharmacology and drug dosing such as posology, recommended dose, minimum dose, maximum dose, toxic dose, lethal dose, single dose, daily dose, maintenance dose, and loading dose. It also describes common systems of measurement including the metric, apothecary, and household systems. Finally, it outlines general methods for drug calculations including basic formulas, ratio and proportion, fractional equations, calculations based on body weight, and calculations based on body surface area.
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This document provides guidance on pediatric dosage calculation, which differs from adult dosage calculation in that doses are based on body weight in kilograms and recommended ranges rather than standard doses. It covers converting weight from pounds to kilograms, writing medication orders, calculating liquid medication doses, reading medication labels, rounding rules, and intravenous drip rates. Practice problems are provided to help learn these concepts.
Dose calculations -_january_2021_-_upload_slide_share
1. The document provides information on weight and volume conversions between metric and imperial systems, as well as dose calculations for dopamine, lignocaine, and iron dextran therapies.
2. Sample problems are worked through demonstrating how to calculate drug doses, volumes, and infusion rates based on patient weight and available drug concentrations.
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This document provides information and examples for calculating drug dosages. It discusses reconstituting powdered medications and calculating the correct amount based on the resulting concentration. It also covers calculating dosages by weight, including pediatric weight-based calculations and checking that the dosage falls within the safe recommended range. Finally, it discusses calculating dosages using body surface area for both adults and children when no specific pediatric dosage is recommended.
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This document provides information and instructions on drug calculation rules and methods for nurses. It includes:
1) Common unit conversion formulas for measurements like milliliters, grams, ounces, and pounds.
2) Formulas and methods for calculating intravenous drip rates and drug infusion rates based on amount to infuse, concentration, and time.
3) A method for calculating drug doses based on micrograms per kilogram of body weight, drug concentration, and time.
4) Examples of practice questions and step-by-step workings to calculate the number of capsules, amount of drug, or volume to administer based on the dose ordered and drug availability. The document emphasizes checking calculations for accuracy.
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Hospital Pharmacy Calculations-MSQ Foundation
- A 3-year-old child weighing 14 kg needs a dose of 42 mg of fluconazole which can be given as a 4.2 mL suspension since the available formulations are capsules of 50 mg, 150 mg, 200 mg and suspensions of 50 mg/5mL and 200 mg/5mL.
- For a 6-month-old child weighing 7.6 kg, the required dose of Drug A is 114 mg which needs to be given in two divided doses of 1.14 mL each, since Drug A is available as an injection of 50 mg/mL.
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This document provides information and examples for calculating drug dosages. It discusses reconstituting powdered medications and calculating the amount to administer based on the resulting concentration. It also covers calculating dosages for pediatric patients based on weight, reconstituting multiple strength solutions, and calculating dosages using body surface area (BSA). Safety is emphasized, including an example where a misread decimal point in an order led to a baby receiving an overdose and dying. Formulas are provided for calculating both metric and non-metric BSA for adults and pediatric patients.
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A pharmacy technician receives a prescription for 15mg of Augmentin in 30ml of cherry syrup. To measure such a small amount, the technician must use the aliquot method. This involves calculating the least weighable quantity, weighing out a factor of the prescribed amount, weighing the appropriate amount of diluent, mixing the drug and diluent, and determining the portion of the mixture that contains the prescribed dose. Following the aliquot method steps, the technician determines they need to weigh 120mg of Augmentin and 960mg of diluent, and the prescribed 15mg dose is contained in 120mg of the mixture.
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This document provides guidance on pediatric dosage calculation, which differs from adult dosage calculation in that doses are based on body weight in kilograms and recommended ranges rather than standard doses. It covers converting weight from pounds to kilograms, writing medication orders, calculating liquid medication doses, reading medication labels, rounding rules, and intravenous drip rates. Practice problems are provided to help learn these concepts.
Dose calculations -_january_2021_-_upload_slide_share
1. The document provides information on weight and volume conversions between metric and imperial systems, as well as dose calculations for dopamine, lignocaine, and iron dextran therapies.
2. Sample problems are worked through demonstrating how to calculate drug doses, volumes, and infusion rates based on patient weight and available drug concentrations.
3. Additional problems cover calculating the duration of infusion and antidote requirements for iron poisoning. Desferrioxamine is the specific antidote administered via intramuscular or intravenous routes.
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This document provides information and examples for calculating drug dosages. It discusses reconstituting powdered medications and calculating the correct amount based on the resulting concentration. It also covers calculating dosages by weight, including pediatric weight-based calculations and checking that the dosage falls within the safe recommended range. Finally, it discusses calculating dosages using body surface area for both adults and children when no specific pediatric dosage is recommended.
Drug calculation rules
This document provides information and instructions on drug calculation rules and methods for nurses. It includes:
1) Common unit conversion formulas for measurements like milliliters, grams, ounces, and pounds.
2) Formulas and methods for calculating intravenous drip rates and drug infusion rates based on amount to infuse, concentration, and time.
3) A method for calculating drug doses based on micrograms per kilogram of body weight, drug concentration, and time.
4) Examples of practice questions and step-by-step workings to calculate the number of capsules, amount of drug, or volume to administer based on the dose ordered and drug availability. The document emphasizes checking calculations for accuracy.
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Pediatrics medications doses and its emergency related cases were always problematic..
I hope with this presentation, it be much simpler and much more beneficial and easier to be accessed quickly in emergencies.
3rd Edition Pediatrics Emergency And Medications Doses By Dr Essam Sidqi.pdf
3rd Edition and Most Updated Version.
Pediatrics medications doses and its emergency related cases were always problematic for new junior doctors.
I hope with this new update, I tried to make it much simpler and much easier to be accessed quickly in emergencies to reach its maximum benefits.
Any comment or recommendation is welcomed.
Thank you.
Dr. Essam Sidqi
August 2023
Edits:
Dopamine Amp.
200mg/5ml, 400mg/10ml
1-5mcg/kg/min.
Then 5-20mcg/kg/min.
(Max. 50mcg/kg/min.)
5cc + 45 D5%
0.015-0.08cc/kg/hr.
Then 0.08-0.3cc/kg/hr.
(Max.0.75cc/kg/hr.)
Pediatrics Emergency And Medications Doses By Dr Essam Sidqi 2e.pdf
2nd Edition and Most Updated Version.
Pediatrics medications doses and its emergency related cases were always problematic for new junior doctors.
I hope with this new update, I tried to make it much simpler and much easier to be accessed quickly in emergencies to reach its maximum benefits.
Any comment or recommendation is welcomed.
Thank you.
Dr. Essam Sidqi
April 2022
* Edits on below medications:
Ketotifen Syrup 1mg/5ml
0.025mg/kg/dose x2
0.125cc/kg/dose x2
Ventolin (Butadin) Syrup
2mg/5ml
>2 years 0.1-0.4mg/kg/dose x3
0.25-0.8cc/kg/dose x3
Vitamin D3 Oral Drops 10,000IU/ml
Prophylaxis:400IU/day (10mcg)1drop x1
Voltaren Suppository
12.5mg, 25mg, 50mg, 100mg
1-2mg/kg/dose x2 or x3
Oframax 500mg/Claforan 500mg Vial [Avoid R.L.]
25-50mg/kg/day ÷2
(Or weight in kg/day ÷2 in cc
(10cc dilution))
Ampicillin 500mg / Amoxicillin 500mg Vial
50-100mg/kg/day ÷2
(Or weight in kg/day ÷2 in cc (5cc dilution))
(Max. 500mg/dose)
Zofran (De-vomit) Amp 2mg/ml
0.15mg/kg/dose x3
2cc + 3cc D.W. 1cc/10kg x3
(Max. 5cc) (Max. 8mg/dose)
Parol Bottle 1gm/100ml
(Max. 60mg/kg/day)
Voltaren Amp. IM 75mg/2ml
<12 years1-2mg/kg/dose
>12 years x1 or x2
Lasix Amp. 20mg/2ml
0.5-1mg/kg/dose x2 or x3
Tagamet (Cimetidine) Amp. 200mg/2ml
5-10mg/kg/dose x4
Magnesium Sulphate MgSO4 Vial
50% 5g/10ml
10% 1g/10ml
25-50mg/kg/dose x3
IM or Infusion (Max. 2g/hr)
Potassium Chloride KCl Amp.
15%= 2mEq/ml = 2mmol/ml = 150mg/ml
7.5%= 1mEq/ml = 1mmol/ml = 75mg/ml
0.5-1mEq/kg/dose (Max. 40mEq/dose)
Infusion (Max. 10mEq/hr)
Albumin Bottle 20%
20g/100ml, 10g/50ml
20% = 200mg/ml
0.5-1g/kg/dose x1 x2 or x3
2.5-5cc/kg/dose x1 x2 or x3
Over 30min-2hr infusion
Sodium Bicarbonate NaHCO3 Vial 8.4% 50mEq/50ml
8.4% = 1mEq/ml = 84mg/ml
1mEq/kg/dose in 15-30min infusion
1cc/kg/dose in 15-30min
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This document provides information on various drugs used for antihistamines, analgesics, respiratory issues, gastrointestinal issues, and more. It includes the generic drug name, brand names, concentrations, and dosages for things like ketotifen, loratadine, ibuprofen, salbutamol, metronidazole, lactulose, albendazole, sodium bicarbonate, and many others. The dosages provided are broken down by age ranges.
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This document provides information and formulas for various medical calculations used in pre-hospital settings, including calculations for medication bolus doses, infusion rates, fluid flow rates, and weight-based infusions. It defines common medical abbreviations and covers metric conversions and basic arithmetic. Formulas are provided for intravenous bolus medications, intravenous infusions, weight-based infusions, and intravenous fluid flow rates. Additional "street rules" shortcuts are described for calculating dopamine and lidocaine infusion rates.
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This document provides instructions for calculating drip rates for various intravenous medications commonly used in critical care, including dopamine, dobutamine, lidocaine, pronestyl, neosynephrine, cardizem, cardene, amiodorone, levophed, and nitroglycerine. For each medication, the standard concentration is provided along with the formula to calculate drip rates based on the rate in mcg/kg/min or mg/min ordered and the patient's weight. Examples are given to demonstrate how to calculate the volume needed to achieve a given drip rate and how to determine the drip rate that a given volume will provide.
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The document provides an overview of various medical math concepts and formulas for calculating dosages and drip rates. Key topics covered include:
- Converting between measurement systems like metric, apothecary, and Fahrenheit/Celsius
- Calculating dosages using concentration and volume formulas
- Determining drip rates using concentration, dosage, and number of drops per minute
- Weight-based dosage calculations using patient weight in kg and mg/kg formulas
Practice problems are provided for many of these concepts to help users learn and apply the various medical math formulas.
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The document defines key terms related to drug dosage and administration such as dosage, dose, routes of administration, and common abbreviations. It also describes the components of a drug order, guidelines for parenteral and oral administration, formulas for calculating dosages, and pediatric dosage guidelines based on age, weight, and other factors.
Dosage Problems
The document contains multiple word problems involving calculating drug dosages from prescription instructions and available drug concentrations. It provides the calculations to determine the amount of drug in milligrams, the number of doses or tablets, and the volume in milliliters needed to fulfill the prescribed dosages over set time periods.
Good practice for drug calculations
- The document provides guidance on calculating drug dosages and infusion rates for healthcare professionals.
- It emphasizes the importance of double-checking calculations and converting between different units of measurement to minimize errors.
- Examples are given for calculating oral, intravenous and infusion dosages based on the drug amount available, prescribed dose, and patient weight or volume of solution.
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The document discusses how to calculate drip rates and dosages for intravenous medications and drips. It provides examples of calculating drip rates in gtts/min for different sized IV sets, as well as examples of calculating mg/min, mcg/kg/min, and cc/hr dosage rates using the "clock method" and concentration information for lidocaine and dopamine drips. It also introduces the "magic number" method for calculating a patient's mcg/kg/min dosage from their current drip rate, weight, and the medication concentration.
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- Examples of calculating safe dosage ranges based on weight in kilograms and calculating the number of tablets or volume to administer.
- Using syringe pumps and solusets to administer intravenous medications over a specified time period.
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I hope with this presentation, it be much simpler and much more beneficial and easier to be accessed quickly in emergencies.
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3rd Edition and Most Updated Version.
Pediatrics medications doses and its emergency related cases were always problematic for new junior doctors.
I hope with this new update, I tried to make it much simpler and much easier to be accessed quickly in emergencies to reach its maximum benefits.
Any comment or recommendation is welcomed.
Thank you.
Dr. Essam Sidqi
August 2023
Edits:
Dopamine Amp.
200mg/5ml, 400mg/10ml
1-5mcg/kg/min.
Then 5-20mcg/kg/min.
(Max. 50mcg/kg/min.)
5cc + 45 D5%
0.015-0.08cc/kg/hr.
Then 0.08-0.3cc/kg/hr.
(Max.0.75cc/kg/hr.)
Pediatrics Emergency And Medications Doses By Dr Essam Sidqi 2e.pdf
2nd Edition and Most Updated Version.
Pediatrics medications doses and its emergency related cases were always problematic for new junior doctors.
I hope with this new update, I tried to make it much simpler and much easier to be accessed quickly in emergencies to reach its maximum benefits.
Any comment or recommendation is welcomed.
Thank you.
Dr. Essam Sidqi
April 2022
* Edits on below medications:
Ketotifen Syrup 1mg/5ml
0.025mg/kg/dose x2
0.125cc/kg/dose x2
Ventolin (Butadin) Syrup
2mg/5ml
>2 years 0.1-0.4mg/kg/dose x3
0.25-0.8cc/kg/dose x3
Vitamin D3 Oral Drops 10,000IU/ml
Prophylaxis:400IU/day (10mcg)1drop x1
Voltaren Suppository
12.5mg, 25mg, 50mg, 100mg
1-2mg/kg/dose x2 or x3
Oframax 500mg/Claforan 500mg Vial [Avoid R.L.]
25-50mg/kg/day ÷2
(Or weight in kg/day ÷2 in cc
(10cc dilution))
Ampicillin 500mg / Amoxicillin 500mg Vial
50-100mg/kg/day ÷2
(Or weight in kg/day ÷2 in cc (5cc dilution))
(Max. 500mg/dose)
Zofran (De-vomit) Amp 2mg/ml
0.15mg/kg/dose x3
2cc + 3cc D.W. 1cc/10kg x3
(Max. 5cc) (Max. 8mg/dose)
Parol Bottle 1gm/100ml
(Max. 60mg/kg/day)
Voltaren Amp. IM 75mg/2ml
<12 years1-2mg/kg/dose
>12 years x1 or x2
Lasix Amp. 20mg/2ml
0.5-1mg/kg/dose x2 or x3
Tagamet (Cimetidine) Amp. 200mg/2ml
5-10mg/kg/dose x4
Magnesium Sulphate MgSO4 Vial
50% 5g/10ml
10% 1g/10ml
25-50mg/kg/dose x3
IM or Infusion (Max. 2g/hr)
Potassium Chloride KCl Amp.
15%= 2mEq/ml = 2mmol/ml = 150mg/ml
7.5%= 1mEq/ml = 1mmol/ml = 75mg/ml
0.5-1mEq/kg/dose (Max. 40mEq/dose)
Infusion (Max. 10mEq/hr)
Albumin Bottle 20%
20g/100ml, 10g/50ml
20% = 200mg/ml
0.5-1g/kg/dose x1 x2 or x3
2.5-5cc/kg/dose x1 x2 or x3
Over 30min-2hr infusion
Sodium Bicarbonate NaHCO3 Vial 8.4% 50mEq/50ml
8.4% = 1mEq/ml = 84mg/ml
1mEq/kg/dose in 15-30min infusion
1cc/kg/dose in 15-30min
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This document provides examples of dimensional analysis problems and solutions for calculating drug dosages and infusion rates. It addresses questions such as calculating the rate of infusion for drugs like dopamine, pitocin, and oxytocin given in mL/min or units/hr based on the concentration and volume of the infusion bag. Other examples show how to determine the number of bottles, milliliters, or milligrams of a drug needed to treat a given number of patients or the total cost of treatment. The document demonstrates how to use dimensional analysis to set infusion pump rates to deliver a specific dosage of a drug in mcg/min based on the drug concentration and volume in the infusion bag.
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The maximum daily dose is 13 mg. For 5 days the total dose would be 13 mg x 5 days = 65 mg.
Pediatrics Doses schedule (pharmacology).pdf
This document provides information on various drugs used for antihistamines, analgesics, respiratory issues, gastrointestinal issues, and more. It includes the generic drug name, brand names, concentrations, and dosages for things like ketotifen, loratadine, ibuprofen, salbutamol, metronidazole, lactulose, albendazole, sodium bicarbonate, and many others. The dosages provided are broken down by age ranges.
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This document provides information and formulas for various medical calculations used in pre-hospital settings, including calculations for medication bolus doses, infusion rates, fluid flow rates, and weight-based infusions. It defines common medical abbreviations and covers metric conversions and basic arithmetic. Formulas are provided for intravenous bolus medications, intravenous infusions, weight-based infusions, and intravenous fluid flow rates. Additional "street rules" shortcuts are described for calculating dopamine and lidocaine infusion rates.
Drip calculation powerpoint
This document provides instructions for calculating drip rates for various intravenous medications commonly used in critical care, including dopamine, dobutamine, lidocaine, pronestyl, neosynephrine, cardizem, cardene, amiodorone, levophed, and nitroglycerine. For each medication, the standard concentration is provided along with the formula to calculate drip rates based on the rate in mcg/kg/min or mg/min ordered and the patient's weight. Examples are given to demonstrate how to calculate the volume needed to achieve a given drip rate and how to determine the drip rate that a given volume will provide.
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Med Math
The document provides an overview of various medical math concepts and formulas for calculating dosages and drip rates. Key topics covered include:
- Converting between measurement systems like metric, apothecary, and Fahrenheit/Celsius
- Calculating dosages using concentration and volume formulas
- Determining drip rates using concentration, dosage, and number of drops per minute
- Weight-based dosage calculations using patient weight in kg and mg/kg formulas
Practice problems are provided for many of these concepts to help users learn and apply the various medical math formulas.
Dosage And Solutions
The document defines key terms related to drug dosage and administration such as dosage, dose, routes of administration, and common abbreviations. It also describes the components of a drug order, guidelines for parenteral and oral administration, formulas for calculating dosages, and pediatric dosage guidelines based on age, weight, and other factors.
Dosage Problems
The document contains multiple word problems involving calculating drug dosages from prescription instructions and available drug concentrations. It provides the calculations to determine the amount of drug in milligrams, the number of doses or tablets, and the volume in milliliters needed to fulfill the prescribed dosages over set time periods.
Good practice for drug calculations
- The document provides guidance on calculating drug dosages and infusion rates for healthcare professionals.
- It emphasizes the importance of double-checking calculations and converting between different units of measurement to minimize errors.
- Examples are given for calculating oral, intravenous and infusion dosages based on the drug amount available, prescribed dose, and patient weight or volume of solution.
Drug Calculation
my latest presentation which i just recently conducted just this week in the "2nd Critical Care Course for Nurses
Drug dilution
This document provides instructions for preparing and administering several intravenous infusions and medications. It includes details on diluting medications to achieve the desired concentrations and infusion rates. Specific medications summarized include adrenaline, atropine, magnesium sulfate, aminophylline, amiodarone, dopamine, fentanyl, glyceryl trinitrate, hydralazine, isosorbide dinitrate, labetalol, midazolam, morphine, and noradrenaline infusions. Dilution volumes and rates are provided to achieve targeted dose ranges.
Calcdriprates 100510102019-phpapp02
The document discusses how to calculate drip rates and dosages for intravenous medications and drips. It provides examples of calculating drip rates in gtts/min for different sized IV sets, as well as examples of calculating mg/min, mcg/kg/min, and cc/hr dosage rates using the "clock method" and concentration information for lidocaine and dopamine drips. It also introduces the "magic number" method for calculating a patient's mcg/kg/min dosage from their current drip rate, weight, and the medication concentration.
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The document discusses how to calculate drip rates and dosages for intravenous medications and drips. It provides examples of calculating drip rates in gtts/min for different sized IV sets. It also shows how to use the "clock method" to determine the cc/hr rate to administer specific dosages of lidocaine and dopamine based on the patient's weight and desired dose in mcg/kg/min.
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This document provides information on pediatric medication administration including:
- Converting between pounds and kilograms for calculating doses.
- Formulas for calculating intravenous fluid rates and drip rates based on total volume, time, and drop factor.
- Examples of calculating safe dosage ranges based on weight in kilograms and calculating the number of tablets or volume to administer.
- Using syringe pumps and solusets to administer intravenous medications over a specified time period.
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Similar to Dosificacion de medicamentos (19)
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Mule event processing models | MuleSoft Mysore Meetup #47
Event Link:- https://meetups.mulesoft.com/events/details/mulesoft-mysore-presents-mule-event-processing-models/
Agenda
● What is event processing in MuleSoft?
● Types of event processing models in Mule 4
● Distinction between the reactive, parallel, blocking & non-blocking processing
For Upcoming Meetups Join Mysore Meetup Group - https://meetups.mulesoft.com/mysore/YouTube:- youtube.com/@mulesoftmysore
Mysore WhatsApp group:- https://chat.whatsapp.com/EhqtHtCC75vCAX7gaO842N
Speaker:-
Shivani Yasaswi - https://www.linkedin.com/in/shivaniyasaswi/
Organizers:-
Shubham Chaurasia - https://www.linkedin.com/in/shubhamchaurasia1/
Giridhar Meka - https://www.linkedin.com/in/giridharmeka
Priya Shaw - https://www.linkedin.com/in/priya-shaw
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(𝐓𝐋𝐄 𝟏𝟎𝟎) (𝐋𝐞𝐬𝐬𝐨𝐧 𝟏)-𝐏𝐫𝐞𝐥𝐢𝐦𝐬
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- Understand the goals and objectives of the Edukasyong Pantahanan at Pangkabuhayan (EPP) curriculum, recognizing its importance in fostering practical life skills and values among students. Students will also be able to identify the key components and subjects covered, such as agriculture, home economics, industrial arts, and information and communication technology.
𝐄𝐱𝐩𝐥𝐚𝐢𝐧 𝐭𝐡𝐞 𝐍𝐚𝐭𝐮𝐫𝐞 𝐚𝐧𝐝 𝐒𝐜𝐨𝐩𝐞 𝐨𝐟 𝐚𝐧 𝐄𝐧𝐭𝐫𝐞𝐩𝐫𝐞𝐧𝐞𝐮𝐫:
-Define entrepreneurship, distinguishing it from general business activities by emphasizing its focus on innovation, risk-taking, and value creation. Students will describe the characteristics and traits of successful entrepreneurs, including their roles and responsibilities, and discuss the broader economic and social impacts of entrepreneurial activities on both local and global scales.
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🔥🔥🔥🔥🔥🔥🔥🔥🔥
إضغ بين إيديكم من أقوى الملازم التي صممتها
ملزمة تشريح الجهاز الهيكلي (نظري 3)
💀💀💀💀💀💀💀💀💀💀
تتميز هذهِ الملزمة بعِدة مُميزات :
1- مُترجمة ترجمة تُناسب جميع المستويات
2- تحتوي على 78 رسم توضيحي لكل كلمة موجودة بالملزمة (لكل كلمة !!!!)
#فهم_ماكو_درخ
3- دقة الكتابة والصور عالية جداً جداً جداً
4- هُنالك بعض المعلومات تم توضيحها بشكل تفصيلي جداً (تُعتبر لدى الطالب أو الطالبة بإنها معلومات مُبهمة ومع ذلك تم توضيح هذهِ المعلومات المُبهمة بشكل تفصيلي جداً
5- الملزمة تشرح نفسها ب نفسها بس تكلك تعال اقراني
6- تحتوي الملزمة في اول سلايد على خارطة تتضمن جميع تفرُعات معلومات الجهاز الهيكلي المذكورة في هذهِ الملزمة
واخيراً هذهِ الملزمة حلالٌ عليكم وإتمنى منكم إن تدعولي بالخير والصحة والعافية فقط
كل التوفيق زملائي وزميلاتي ، زميلكم محمد الذهبي 💊💊
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Dosificacion de medicamentos
- 1. ASIGNACIÓN N° 3 INDICACIONES: PLANTEA 5 CASOS CON PESOS DIFERENTES Y DOSIFICA CADA MEDICAMENTO PESO PARACETAMOL IBUPROFENO AMOXICILINA TRIMETOPRIM- SULFAMETOXAZOL ERITROMICINA 12 KILOS =10mg*12kg*5ml/120mg = 5ML C/8H x 3 días Se dará 1 jarabe =10mg*12kg*5ml/100mg =6ml c/8h x 3 días Se dará 1 jarabe =50mg*12kg*5ml/250mg/3 dosis =4ml c/8h x 7 días Se dará 1 jarabe =10mg*12kg*5ml/40mg/3 dosis = 5ml c/12h x 7 días Se dará 1 jarabe =40mg*12kg*5ml/250mg/ 4 dosis = 2.4ml c/6h x 7 días Vol= 60 ml Se dará 2 jarabe 15 KILOS =10mg*15kg*5ml/120mg = 6.3 ML C/8H x 3 días =56.7 ml Se dará 1 jarabe de 60 ml =10mg*15kg*5ml/100mg =7.5ml c/8h x 3 días =67.5ml Se dará 1 jarabe 100ml =50mg*15kg*5ml/250mg/3 dosis =5ml c/8h x 7 días =105ml Se dará 2 jarabes de 100ml =10mg*15kg*5ml/40mg/3 dosis = 6.3ml c/12h x 7 días =88.2 ml Se dará 1 jarabe 120ml =40mg*15kg*5ml/250mg/ 4 dosis = 3ml c/6h x 7 días =84ml Se dará 2 jarabe de 60ml
- 2. 10.500 KILOS =10mg*10.500*5ml/120mg = 4.4ML C/8H x 3 días =39.6 ml Se dará 1 jarabe de 60ml =10mg*10.5kg*5ml/100mg =5.3ml c/8h x 3 días =47.7 Se dará 1 jarabe =60mg*10.5kg*5ml/250mg/ 3dosis =4.2ml c/8h x 7 días =88.2 ml Se dará 1 jarabe =10mg*12kg*5ml/40mg/3 dosis = 5ml c/12h x 7 días Se dará 1 jarabe =40mg*10.5kg*5ml/250mg/ 4 dosis = 2.1ml c/6h x 7 días =58.8ml Se dará 1 jarabe 17.300 KILOS =15mg*17.3kg*5ml/120mg = 10.8ML C/8H x 3 días =97.2 ml Se dará 2 jarabes de 60ml =10mg*17.3kg*5ml/100mg =8.7ml c/8h x 3 días =78.3 ml Se dará 1 jarabe de 100ml =90mg*17.3kg*5ml/250mg/ 3dosis =10.4ml c/8h x 7 días =218 ml Se dará 3 jarabes de 100ml =8mg*17.3kg*5ml/40mg/3 dosis = 5.8ml c/12h x 7 días =81.2 ml Se dará 1 jarabe =40mg*17.3kg*5ml/250mg/ 4 dosis = 3.5ml c/6h x 7 días =98 ml Se dará 2 jarabe 3.600 KILOS =10mg*3.6kg*5ml/120mg = 1.5ML C/8H x 3 días =13.5ml Se dará 1 jarabe =10mg*3.6kg*5ml/100mg =1.8ml c/8h x 3 días =16.2 Se dará 1 jarabe =60mg*3.6kg*5ml/250mg/3 dosis =1.4ml c/8h x 7 días =294 ml Se dará 1 jarabe =9mg*3.6kg*5ml/40mg/3 dosis = 1.4ml c/12h x 7 días =19.6ml Se dará 1 jarabe =40mg*3.6kg*5ml/250mg/ 4 dosis = 0.7ml c/6h x 7 días =19.6ml Se dará 1 jarabe
- 3. 9.500 KILOS =12mg*9.5kg*5ml/120mg = 4.8ML C/8H x 3 días =43.2ml Se dará 1 jarabe =10mg*9.5kg*5ml/100mg =6ml c/8h x 3 días Se dará 1 jarabe =50mg*12kg*5ml/250mg/3 dosis =4ml c/8h x 7 días Se dará 1 jarabe =9mg*9.5kg*5ml/40mg/3 dosis = 3.6ml c/12h x 7 días =50.4 ml Se dará 1 jarabe =40mg*9.5kg*5ml/250mg/ 4 dosis = 1.9ml c/6h x 7 días =53.2 ml Se dará 2 jarabe PARACETAMOL GOTAS =3.6 kg =3.6 kg*10mg*20gt/100mg = 7.2 =7gt =5.6 kg =3.6 kg*10mg*20gt/100mg = 7.2 =7gt =10kg =10 kg*10mg*20gt/100mg = 20gt =6.6 kg =6.6 kg*12mg*20gt/100mg = 15.8 =16gt =2.5 kg =2.5 kg*11mg*20gt/100mg = 5.5 =6gt