lab 2 bio copy

All the following are the characteristics .14 *: of research objectives except one a. Not specific O b. Measurable O c. Achievable O d. Real O

discuss the implications of the results obtained and include in your report all the data (eg. graphs, etc) generated based on the images shown.

Read chapter 35 of your textbook and review the information about dosage calculation. Analyze the following hypothetical situation:Sam is a CMA (AAMA) certified medical assistant working at a family medicine practice. He is working in the clinical area and receives an order form the doctor. The medication order reads: dexamethasone 6 mg IM qid to administer to a 25-year-old female. That same day, the pharmacy supplies Decadron ampules of 4 mg per mL. According to what you have studied this week, what do the abbreviations IM and qid mean? Can Sam administer Decadron even though the order reads dexamethasone? Why or why not? How many mL of the medication should Sam administer? Explain how you obtained the answer. What site of administration would you pick for this patient?

A pediatrician prescribes amoxicillin for a child who weighs 33 pounds. The recommended dose is 20 mg/kg/day, and it's to be administered in three divided doses. The amoxicillin suspension available has a concentration of 250 mg/5 mL. a. How many mg per dose should the child receive? b. How many mL per dose will you administer?

Prepare a memory card that lists the basic metric units of measurement and common equivalent measures for conversion from one system to another. Prepare a poster that depicts how to multiply and divide common fractions to calculate drug dosages. Prepare a comparative chart listing the abbreviations, symbols, and features of the following three systems of measurement in healthcare: • Household measurement system • Apothecary system • Metric system

The schematic below shows a human body cannulated (tubes are inserted to the body's vasculature) at three heights, B, F, and H. Blood would rise to the same height in each tube, similar to a column of water cannulated at three heights. The tubes can also be filled with a saline solution with a similar density to blood so that this will be a safer experiment to perform. For a typical adult, h, is 1.5 m and hB is 1.85 m. Using the gauge pressure at heart height from the problem above, assume the density kg of whole blood is 1060 m³ and that the average arterial (heart) pressure of this individual has been measured to be 97 mmHg. Express your answer to four significant digits. B H hB ин Image from: M. M. Sternbeim and J. W. Kane, General Physics, 2nd edition (Wiley 1991). Hint: How would you model this problem? Blood vessels can be thought of as tubes containing columns of blood? Which equations would apply to find the blood pressure at different depths? (a) Calculate the gauge pressure…

This is data that my group (Gr3) got after doing an experiment. I will give you some context so you know what to do. D1 D2 D3 and so on stand for the density of P.c. alone, P.a. alone, P.c. mix, P.a. mix on different days all the way to day 9. We tested 3 vials 3 times each day so each separate table is a different vial. we were using 10ml of medium (water) in the vials and we would count the number of these cells each day in .1 ml of sample. P.c. alone stands for # of paramecia caudatum in a vial with only paramecia caudatum. P.a. alone stands for # of paramecia aurelia in a vial with only paramecia aurelia. P.c. mix stands for # of paramecia caudatum in a vial with both aurelia and caudatum. P.a. mix stands for # of paramecia aurelia in a vial with both aurelia and caudatum. All I need you to do is create 3 different types of graphs based on the data (line, column , pie, bar) you can choose whatever just don't make a table.

Explain the following areas about ((X-ray machine)) machine? 1. What are the components of the 2. Working principle 3. What are the common malfunctions (X-ray machine) that a medical device engineer should know 4. Conclusion

2) In medical studies, is it considered acceptable to misinform people about the risks of a study in order to get good data? a. Yes b. No

3. Ms. Roselli brings in the following prescription for her són Joey. swallow tablets, she asks you to fill the prescription with a liquid form. You have aman- tadine syrup 50 mg/5 mL in stock. (Note: 1 tsp = 5 mL. Equivalencies are available in the resources section of the Course Navigator.) R amantadine 100 mg PO bid × 3 days a. How milliliters in one dose? many are b. How many teaspoonsful are in one dose? c. How will the instructions read on the medication container label? d. How many milliliters will you dispense?

1-400-43-1240 1-40545-3840 30 25 20. h Grades: View I Assignments G Assignment 1: By using x O Fredo Bang - Slow Roll outhem U x O ASSIGNMENTS FOR CH x A https://moodle.sus.edu/pluginfile.php/30873/mod_resource/content/1/ASSIGNMENTS%20FOR%20CHAPTER%204%20200%20micro.docx NMENTS FOR CHAPTER 4 200 micro.docx + Download 6 Share Format Tools Help E Q Q E E List Paragra.. 14 BIU A - ... Arial ASSIGNMENTS FOR CHAPTER 4. 1. Assignment 1: By using the general equation N = No × 2ª where Nt is the number of cells at given time (in minutes) and No is the initial number of cells, and "n" is the number of generations at that point (number of cell division), calculate how many cells you will have in 30, 60, 90, and 120 minutes if your bacteria has a generation time of 30 minutes and you start with 100 cells at 0 time. %3D Accicnment 2: Dofine andovnlain whata nuro eulture is2 C 11:00

III. Body Weight Determination Pig - Cattle - HG: 121 cm, HG: 208 cm BL: 117 cm Method Weight based on estimation Method I (Table extrapolation) Method II (Formula) Actual Weight (kg) Pig ID# Cattle ID 110.6 427 A. Compute the accuracy (%) of the body weight estimation for pig and cattle 1. Body measurement Method I: 2. Body measurement Method II:

What is one of the most common reasons for a falsely low Ca value in an ambulatory patient? a.Test is performed improperly in the lab b.Sample is collected in an EDTA tube c.Sample is collected in a Fluoride tube d.Test is performed properly, and the computer properly reports it

Create a table of Pros and Cons of having a Hospital Information System in a LABORATORY. Give at least 3 pros and 3 cons

One of the following is a reason for .24 *: doing pilot study a. The pilot study cannot provide data for the researcher to decide whether to go ahead with the main study or not. b. Pilot study may save lot of time and money. c. Pilot study will not provide data for making estimates of time and costs for completing various phases of the project. d. Not eliminating some variables to reduced time of Interview.

Using this dehydration method, any error less than 10% is acceptable. A. If your percent error is less than 10% discuss what portions of the experiment were most important to achieve accurate results My percent error was 3.32% so answer the question above

Select the tool below that is not used for body composition measurement? Select one: O a. bioelectrical impedence O b. underwater weighing О с. underwater weighing O d. scale O e. dual-energy x-ray absorptiometry (DEXA)

There are 6 disorders for Newbom Screening (NBS) Tests. The acronyms of such disorders are given in the table below. Transcribe the disorders and fill in the effects of such disorders if not tested. DISORDER SCREENED EFFECT IF NOT SCREENED ACRONYM TRANSCRIBE CH CAH GAL PKU G-6-PD MSUD

Use the following information about a child and her order to compute answers. Mandy, a child who weighs 15 kilograms, is to be given amoxicillin. The recommended dosage of amoxicillin for children is 20 to 40 mg/kg/day p.o. in equally divided doses administered q.8h. The pediatrician has ordered amoxicillin 125 mg p.o. q.8h for Mandy. The available supply of amoxicillin is 125 mg/5 mL. Is her order within the recommended range for this medication? (yes/no) If so, how many mL of amoxicillin should be given per q.8h administration? For the toolbar, press ALT+F10 (PC) or ALT+FN+F10 (Mac). BIUS Paragraph Open Sans,sa... V 10pt EEA I хоро 55

PART II. MODIFIED TRUE OR FALSEChoices:A. FIRST statement is CORRECT, SECOND is INCORRECTB. FIRST statement in INCORRECT, SECOND is CORRECTC. BOTH statements are CORRECTD. BOTH statements are INCORRECT 82. Lesson plans should be ready latest as one week before the beginning of the academic year for the necessaryarrangements to be made.The plan should be practical and usable, be economical in terms of teacher time, and strengthen the educationalprogram.83. Synthesis-level performance tasks require students to use information in a new situation.Evaluation asks students to determine the relevance of an idea then explain their reasons.

Ethical protocols of the experiment Importance Satisfactory Fair Unsatisfactory explain and give a rubric.50 words

State 3 errors that could occur that will affect the quality of the ABG test.(pre-analysis)

A senior medtech in clinical chemistry section runs Quality Control on a morning shift. The testing was smooth and there were no problems encountered. Later in the afternoon shift, some of the analytes were found to be out of range. The machine was fine, the junior medtech tried running it again but still having an invalid results. What is the relative effects if the problem is unsolved in relation to the: medtech, laboratory, hospital, and patient?