Healthcare and Life Sciences

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    Strategic Planning DNPC- 626 – Discussions 3

    $10.00

                                                             Strategic Planning DNPC- 626

    Individual Discussions  Due 2/22/21

    Discussion 3

    Post a one- to two- response

    In Chapter 7 and 8, you learned the importance of the organizational environment for your healthcare organization. For this self-assessment, answer the key questions about your healthcare organization for determining patient and family oriented care.

     

    Assignment 3.1

    Strategic Action Steps

    Your assignment for this module is to complete steps five and six in Ebener and Smith’s strategic planning process. Follow the instructions below to complete the assignment.

    The goal of steps five and six is to develop strategies for the strategic areas of concern identified in step four, and then plan action steps that are measurable and specific. The action steps tell you what is specifically going to be done, who is going to be responsible for getting it done, and when it will be completed. Refer to the top two strategic areas of concern you identified in the Module 2 assignment, and develop one strategy to address each strategic area.

    Then, draft a half-page paper that includes a description of one strategy with two (2) corresponding action steps for all three strategic areas.

    • Strategic Area #1
    • Strategy
    • Action Step #1
    • Action Step #2

    Each action step must be measurable and specific and explain what is going to be done, who will be responsible for getting it done, and when it will be completed.

     

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    Health Policy Analysis- DNPC- 648 Week 3

    $35.00

     Health Policy analysis-DNPC- 648

    Discussions

    Discussion 3.1: Kingdon HP Model Framework

    1. Use the Kingdon HP Model Framework 
    2. Address,‘Where do we go with the ACA in 2021?’

     

    Discussion 3.2: Health Policy Rules and Regulations

    1. Use the https://www.congress.gov/site to search for health policy rules or regulations.
    2. Address, ‘How does the political climate effect the choice of health policy?’

     

    Journal 3

    The Path Forward

    In your policy journal, create a new entry titled, ‘Post 3: The Path Forward‘ to address the following:

    1. Leverage the Brownson and Jones (2009) and Buerhaus (2017) readings assigned in this module.
    2. Draft a one-page policy brief that addresses how APRN Nurses will translate research into policy.
    3. Use the Health Policy Brief Tool to guide these sections:
      • Preparation
      • Executive summary
      • Introduction
      • Approaches and results
      • Conclusion
      • Implications and recommendations
    4. Review your draft using the success criteria on the Guided Checklist.

    Use APA 7ed formatting and citations, as appropriate. Find Writing Support on the left navigation.

     

    Assignment 3

    Step Three: Normative Values | Stakeholder Analysis

    Continue to develop knowledge of and engagement with the health policy process that is related to your individual work using Seavey’s 2014 Health Policy Analysis seven-step framework; and to study the effect of policy on nursing practice, on patient health, and in health care.

    For this assignment, Read Seavey’s 2014 Health Policy Analysis seven-step framework (Chapter 5) and complete a stakeholder analysis, addressing conflicts and barriers in your policy proposal. Identify the key stakeholders and what resources you will need to bring to the table. Organize your information utilizing the stakeholder impact matrix found in Chapter 5.

    Draft a one- to two-page paper that addresses the following elements in the interactive process.

    • Complete a stakeholder analysis.
    • Clarify the conflicts and barriers in your policy proposal.
    • Identify the key stakeholders and what resources.
    • Include the stakeholder impact matrix found in this chapter.

    Use APA 7ed and cite appropriately when needed. Find Writing Support on the left navigation.

     

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    GINGER THERAPY (Zingiber officinale)

    $20.00

    Complementary Alternative Medicine Project Guidelines    

    APNC 523 – Spring 2021

          Complementary and Alternative Medicine

                                           Evidence Based Practice Project

    Alternative medicine is considered to be practices that are not used in conventional medicine. The science is constantly evolving and changing as determined whether treatments may or may not work or new discoveries are made. Complementary medicine is considered to be practices that are used in conjunction with conventional treatments. When these two are combined they are normally referred to as integrative medicine.  Complementary and alternative medicines are becoming more and more prevalent. Approximately 40% of adults in the US use some form of CAM to either augment or replace conventional medical care. Others receive integrated care, for which there is some high-quality evidence of safety and effectiveness.

    Complementary and alternative medicine involves several different therapies. For this project we will focus on Complementary alternative medications (i.e., dietary supplements, herbal remedies).

    Evidence based practice is a problem-solving approach to clinical care that incorporates the conscientious use of current best evidence from well-designed studies. For this assignment, you will select a CAM “medication” – dietary supplement/herbal remedy from the sign-up list in class. Next, ask a question, and analyze some of the evidence that has been compiled surrounding your question.

    Search the literature for relevant research.  You should find at least 3 relevant research articles and/or studies that represent the best evidence which addresses your question. You should look for original sources, not just a secondary citation of someone else’s research.  Research should include current primary sources from both the current bio-medical and social science literature (journals). The scientific evidence should be pertinent to your topic and discussion.

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    Step 2: Complete the Academic Writing Sample

    $10.00

    Step 2: Complete the Academic Writing Sample

    Once you have completed the WRITE Course Tutorial above, you will compose a brief essay that demonstrates your academic-level writing skills and adherence to APA-style formatting requirements. Your writing sample must not exceed five pages in length, including the title page and reference page, and it must be submitted no later than September 21st. Your paper will be read and scored by your orientation instructor. If your paper does not reflect graduate-level writing skills and adherence to APA-style formatting requirements, you will work with our WRITE Program faculty to better prepare you for your courses.

    Paper Overview: Use the APA-Format Template to compose an original, scholarly, APA-formatted paper on the topic of Robots in Health Care. Along with the popularity and adoption of technological conveniences in everyday life, robots and artificial intelligence are also being employed to assist patients in managing their health care needs. Examples of how robots are being utilized to assist patients include complying with medications, encouraging exercise, enhancing communication, and supporting activities of daily living.

    Your paper will be scored using the following criteria:

    1. Paper Structure:organization, flow of thought, transitions, and format.
    2. Grammar and Writing Mechanics:grammar, punctuation, spelling, and sentence structure.
    3. Language:use of standard English vocabulary and tone.
    4. Content/Information:clarity of purpose, critical thought, and/or analysis of the topic.
    5. Adherence to APA Guidelines:document formatting (spacing, font, page set-up), references, citations, required document pages and sections.

    Preparing to Write Your Paper

    Read your choice of at least two of the journal articles below and at least one of the websites listed below. You may want to take notes on key points from the journal articles and websites. After you have completed these readings, write an outline using the five headings listed below. Once you have outlined your paper, you may begin writing. The paper must incorporate at least three references (i.e., two journal articles and one website), and your selected references must be cited within the paper in APA format. Note: Do NOT use additional resources when writing the paper. Use only the journal references listed below.

    Journal Articles:

    Web References:

    Writing Your Paper

    Your two pages of writing plus abstract must be free of grammatical and spelling errors. This is an original writing assignment, which means all factual data must be properly cited and referenced. Since your paper will be checked for originality, you must avoid even the appearance of plagiarism. In addition to your abstract and two pages of text, include an APA-formatted Title Page and Reference Page for a total of five pages. Your paper should be formatted as follows.

    Page 1: Paper Title: The title of this paper is The Implications of Robots in Health Care.

    Page 2: Abstract: A summary of your paper in 100 words or less.

    Pages 3 & 4: The text of your paper

    Headings are as follows (do not use additional headers):

      • Introduction (no header for introduction just use the title then your content for introduction)
      • The Advantages of Robots in Health Care
      • Where Robots Cannot Help with Health Care Needs
      • Conclusions (based on the review of articles and websites; no personal opinions)

    Page 5: References: List at least two journal articles and one website from the list of reading provided in this assignment.

    Save your paper with the file name that uses your USD e-mail ID (without the @sandiego.edu) along with the title, Robots.

    For example, John Doe’s USD e-mail is JDoe@sandiego.edu, so the file would be named JDoe-Robots

    Click the assignment title link above to submit your writing sample for instructor review and feedback.

     

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    Teamwork in continuous quality improvement (CQI)

    $5.00

    After completing this week’s reading, you have learned that teamwork is an essential part of continuous quality improvement (CQI) and health care delivery. Health care professional roles include physicians, nurses, diagnostics (laboratory) and radiology staff, hospital administrators, patient registration, pharmacists, triage staff, and so forth. Each role has its own contribution to ensuring the delivery of quality care.

    In your opinion,

    • Discuss two of the roles listed above and their role in the delivery of quality care.
    • Identify two professional responsibilities of the chosen roles, and link them to the quality improvement process of improving patient wait times in the emergency room.
    • Include communication techniques this role would utilize to assist in improving patient wait times to the CQI team or staff.

    Your initial post should be 250 to 300 words and utilize at least one scholarly source from the Ashford University Library to justify your statements. Cite all sources in APA format as outlined in the Ashford Writing Center’s  video tutorial is available to help you become more familiar with the library database search features and how to generate keywords.

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    Biopsychosocial Assessment And Treatment Plan

    $10.00

    DEMOGRAPHIC DESCRIPTION: Identify and place client in his current reality situation including age, sex, race, ethnicity, religion, nationality, marital status, social class, sexual orientation etc.
    PRESENTING PROBLEM: Include problem for which client seeks help. What is the source and reason for referral; whether problem is of recent origin or a long standing issue? What is client’s perception of problem? What precipitated the referral at this time? Is this client mandated and if so, what is the client’s response to this?
    APPEARANCE: Describe physical appearance and any comments client makes about his appearance. Indicate if client description seems accurate.
    LEVEL OF CONSCIOUSNESS: Describe level of alertness of the client; level of distraction; ability of client to stay connected to the worker. Did client seem sleepy, lethargic, drugged?
    BEHAVIOR: Include quality, tone, and rate of speech. Include statement of any unusual movement and when occurred.
    MOOD AND AFFECT: Describe mood and affect of client. Were mood and affect consonant? Were they consonant with content? What is the evidence of mood and affect?
    THOUGHT CONTENT AND PERCEPTION: Describe the content of the client’s thoughts and perceptions. Indicate accuracy and appropriateness of them. Indicate whether there are any indications of hallucinations, delusions, suicidal or homicidal thinking. Are there any indications of thought disturbances such as thought broadcasting, thought withdrawal, thought insertion, ideas of reference, illusions or projections?
    THOUGHT PROCESS: Describe the thinking process. Indicate whether the thinking includes magical thinking, blocking, self critical thinking, tangential thinking, echolalia, clanging, circumstantial thinking, loosening of associations, nonproductive thinking or flight of ideas.
    INTELLECTUAL FUNCTIONING: Describe level of abstract thing or lack of this; describe ability to calculate numbers, how distractible is the person? Indicate if there is agnosia, apraxia, dementia or concrete thinking. How much schooling has the person had?
    MEMORY SPHERES: Describe short and long term memory. Indicate if there is confabulation, word finding difficulties.
    ORIENTATION: Awareness of self in person, place and time.
    INSIGHT: Refers to level of awareness and understanding of the illness.
    JUDGMENT: Ability to make good judgments, and pragmatic choices appropriate to protecting self and others.
    IMPRESSIONS AND DIAGNOSTIC STATEMENT: Include the following:
    Significant personal history of client
    Assessment of client’s current social functioning in immediate social situations (family relationships, work, recreation, school etc.)
    Assessment of personality structure of the client with particular reference to intellectual endowment, capacity for and quality of object relationships, tolerance for frustration and capacity to delay; capacity for reality testing; discuss interplay between client’s current reality situation and his/her ability (ego strengths and weaknesses) to deal with the situation. Discuss the nature and appropriateness of his/her defense mechanism in relation to the social factors and influences of current external pressures.
    Assessment of the nature of the client’s problem in light of his/her history. Tie together the significant history and factors in cause-effect relationship as understood from the history. If the history does not contain sufficient information about a specific aspect, it is important to state that this is unclear, thus pointing out areas for further exploration and assessment.
    HYPOTHESIZED DIAGNOSIS, PROGNOSIS AND RECOMMENDATIONS
    16. Select 2 published articles that relate to your client’s issues. Summarize them in 2 short paragraphs. Cite them is APA 6th edition format.

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    Histamines allergic reaction

    $5.00

    Histamines

    An allergic reaction prompts the body to produce histamines.

    • Summarize the effects histamines can have on the body.
    • What is the purpose of an antihistamine?
    • Give at least 2 examples of an antihistamine.
    • What functional groups are present?
    • What are the benefits and dangers of using them?
    • There are several books and articles that have been published regarding “Biblical Healing”. Find one of these articles or books and summarize it. Be sure to cite it as a source in APA format.
    • Do you believe that an allergic reaction can be healed through faith alone? Does it mean you have weak faith if you do not?

    Post your answers below and respond to at least two classmates’ posts with substantive responses.

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    EXPERIMENT 3 Properties of Solutions- 2 day lab

    $20.00

    EXPERIMENT 3 Properties of Solutions

    Student Kit Materials:

    Lab Kit:

    Item Item # Price
    Electronic Pocket Scale, 100 x 0.01 g (already purchased)

    3 x Pyrex® Screw-Cap Bacteriological Culture Tubes, 13 x 100 mm, 9 mL 731501 1.70 x 3
    Graduated Cylinder, Polypropylene, 10 mL (already purchased)

    Safety Goggles 646706C 3.00
    Beaker, 100 mL, 250 mL, 500 mL (already purchased)

     

    Student Responsibility:

    Item
    Fine NaCl crystals
    Small Bowl (weighs less than 60 g)
    Coarse NaCl Crystals (Rock Salt)
    Coffee Mug
    Spoon
    Cooking Oil
    Iodine Tincture (Available at any drug store ~$4)- 1 oz.
    Isopropyl Alcohol (Rubbing Alcohol)- 16 oz.
    Mineral Oil- 16 oz bottle
    Table Sugar (Sucrose)

    EXPERIMENT 3

    Properties of Solutions- 2 day lab

    Materials: Solids: sodium chloride (NaCl) fine and coarse crystals, sucrose (table sugar, C12H22O11).  Solutions: saturated sodium chloride (NaCl) and iodine tincture. Liquids: Cooking oil, mineral oil, isopropyl alcohol (rubbing alcohol) (C3H7OH). 

    Introduction

    A solution is a homogeneous mixture in which one (or more) substance is dissolved in one or more other substances. For simplicity, we will investigate solutions consisting of one substance dissolved in one other substance. The solute is the substance that is dissolved. The solvent is the dissolving substance (also called the dissolving medium). The solvent is the substance present in the greater amount. The name of the solution is based on the name of the solute. In a “sodium chloride solution,” sodium chloride is the solute and water is the solvent.

    A solution has a variable composition (ratio of solute to solvent) as more or less of the solute may be dissolved in a given amount of a solvent. A solution is a homogeneous mixture because the solute remains uniformly dispersed throughout the solution after mixing. In other words, there is only one phase.

    Formation of a solution depends on the nature of the solute and the solvent.  In general water, composed of polar molecules, is a good solvent for many ionic compounds which are composed of ions. Nonpolar solvents like benzene and hexane, composed of nonpolar molecules, are good solvents for other nonpolar compounds. The phrase in chemistry that captures the principle expressed in the preceding sentences is “Like dissolves like.” In other words, substances will dissolve other substances of similar polarity. In this experiment, we apply this principle to solids dissolved or not dissolved in liquids and liquids which are miscible or immiscible in other liquids.

    The rate of dissolving a solute depends on:

    1. the particle size of the solute.
    2. whether the system is agitated (mixed) or not and how vigorously it is mixed.
    3. the temperature of the system.
    4. the concentration of the solute in the system.

    The following terms are important:

    Solubility is the amount of solute that will dissolve in a given amount of solvent at a given temperature. The terms used to describe solubility of a solid solute are: insoluble, slightly soluble, and soluble. When a liquid is added to another liquid, the term miscible is used to indicate that the liquid present in a lesser amount formed a homogeneous mixture with the liquid present in the greater. When the liquids form layers, the term immiscible is used.

    Concentration of a solution may be expressed in words or mathematically as a ratio. It expresses the ratio of solute to solvent in a solution. The following word expressions are common and important to know:

    Dilute solution:  A solution that contains a small amount of solute per unit volume of solution.

    Concentrated solution:  A solution that contains a large amount of solute per unit volume of solution.

    Saturated solution:  A solution that contains the maximum amount of dissolved solute possible at a given temperature. In the laboratory, saturated solutions appear as homogeneous liquids on top of undissolved solid particles. The liquid, called a “supernatant liquid” because it is over (above) the undissolved solid, is in dynamic equilibrium with the undissolved solid.

    Unsaturated solution:  A solution containing less solute per unit volume than the corresponding saturated solution

    Supersaturated solution:  A solution that contains more dissolved solute than is normally present in the corresponding saturated solution at a given temperature. The supersaturated solution is not stable and will crystallize if the solution is disturbed.

    The following mathematical expressions of concentration are important to know

    Mass percent  =   x   100%

    Molarity  =

    Procedure

    1. Concentration of a saturated solution (Plan ahead- this needs to set overnight)
    1. Preparation of the saturated NaCl solution: Weigh 36.6 g of fine NaCl crystals and place the crystals in a coffee mug.  Add 100.0 mL of water to the mug.  Place the mug in the microwave and heat the solution until it boils.  Stir until all (or the great majority) of the crystals dissolve.  Let the solution cool.
    2. Weigh a small bowl (needs to weigh no more than 50-60 g).  Record the mass.
    3. Transfer 6 mL of the saturated NaCl solution to the bowl.  Make sure to only transfer liquid- leave any solid residue behind.  Weigh the bowl with the solution. Record the mass.
    4. Allow the bowl to set out overnight or until all the liquid has evaporated.  Reweigh. Add water to the solid to dissolve it and dispose of it in the sink.

    B.  Relative solubility of a solute in two solvents

    1. Add 2mL of cooking oil and 2mL of water to a test tube, stopper it, and shake gently for 5 seconds. Allow the layers to separate and note which liquid has the greater density.
    2. Add 5mL of iodine tincture to the same test tube, note the color of each layer. Stopper and shake gently for 20 seconds. Allow the liquids to separate and note the color of each layer.
    3. Dispose of the mixture and clean the test tube.

    C.  Miscibility of liquids

    1. Take 3 dry test tubes and add liquids as follows:
    2. 1mL mineral oil and 1 mL isopropyl alcohol to test tube #1.
    3. 1mL mineral oil and 1 mL water to test tube #2.
    4. 1 mL water and 1 mL isopropyl alcohol to test tube #3.
    5. Stopper each test tube and shake for about 5 seconds. Note which pair is miscible.Dispose of waste in the designated container.

    D. Effect of particle size on rate of dissolving

    1. Fill a dry test tube to about 0.5cm deep with fine crystals of sodium chloride. Fill another test tube to about the same depth (0.5cm) with coarse sodium chloride crystals.
    2. Add 10mL of tap water to each test tube and shake each tube. Note the number of seconds required to dissolve the salt in each test tube.

    E. Effect of temperature on rate of dissolving

    1. Weigh two 0.5g samples of fine sodium chloride crystals.
    2. Add 50mL of cold tap water to a 100mL beaker.  Add 50mL of boiling water to a 250mL beaker.
    3. Add the 0.5g of sodium chloride to each beaker and slowly tilt the solutions in each beaker.  Observe how fast the sodium chloride dissolves in each solution. (Do not stir the solutions)

    F.  Solubility versus temperature; saturated and unsaturated solutions

    1. Label 4 weighing boats or papers as follows and weigh the stated amounts onto each one:

    a- 1.0g NaCl              b- 1.4g NaCl               c- 1.0g Sucrose            d- 1.4g Sucrose

    1. Place each 1.0g sample into a separate labeled test tube. Add 5mL of tap water to each, stopper, and shake until the solid in each test tube dissolves.
    2. Add 1.4g NaCl to the NaCl solution of part F.2. Add 1.4g Sucrose to the Sucrose solution of part F.2. Stopper and shake both test tubes. Note whether the crystals have dissolved in each.
    3. Place both unstoppered test tubes into a 500 mL Beaker with boiling water and stir frequently and vigorously, being careful not to break the bottom of the test tubes. Note results after 5 minutes. (You will need to continually add boiling water to the beaker so that the test tubes are consistently heated.)
    4. Cool the test tubes in running water for about a minute and let them stand for a few minutes. Record your observations.
    Name__________________________
    Section _______ Date _____________

    Report for Experiment 11          Instructor_______________________

    1. Concentration of a saturated solution
    2. a- Mass of evaporating dish __________________

    b- Mass of evaporating dish and saturated NaCl solution      __________________

    c- Mass of dish and NaCl after evaporation                           __________________

    1. Calculate: (Show work. For more space, use the reverse side.)

    a- Mass of saturated NaCl solution                                         __________________

    b- Mass of NaCl dissolved in the solution                              __________________

    c- Mass of water in the solution                                              __________________

    d- Mass % of NaCl in the solution                                         __________________

    e- Grams of NaCl per 100g of water                                      __________________

     

    1. Relative solubility of a solute in two different solvents

     

    1. Which liquid is more dense, water or cooking oil? __________________
    2. What evidence supports your answer? ____________________________________
    3. What is the color of iodine in water? __________________
    4. What is the color of iodine in cooking oil? __________________
    5. In which solvent was iodine more soluble? __________________
    6. What is the experimental evidence? _____________________________________

    _________________________________________________________________

     

    1. Miscibility of liquids
    1. Which liquid pair(s) tested is miscible? __________________
    2. How do you classify the water/mineral oil mixture? __________________

     

    1. Rate of dissolving versus particle size
    2. Time (seconds) required for fine salt to dissolve __________________
    3. Time (seconds) required for coarse salt to dissolve             __________________
    4. What general conclusion can you draw?

    _______________________________________________________________________

    1. Rate of dissolving versus temperature
    2. Did salt dissolve faster under hot or cold conditions? __________________
    3. Length of time (seconds) for salt to dissolve in hot water __________________

     

    1. Solubility Versus Temperature
    2. Which of the 1.0g solutions is saturated? __________________
    3. Evidence? _________________________________________________________
    4. Which of the 2.4g solutions is saturated? __________________
    5. Evidence?_________________________________________________________
    6. Which solid is least soluble at the elevated temperature? __________________

    LAB EXERCISE 2                               Name____________________________

    Gas Laws

    This week we covered gas laws in chapter 6.  Please review this material and complete the following practice problems.  Show all calculation setups, including units, for all problems.

    1. A sample of methane gas, CH4, occupies 3.25 L at temperature of 19.0 oC.  If the pressure is held constant, what will be the temperature be if the volume expands to 10.00 L?
    2. A sample of oxygen gas occupies 1.9 L at pressure of 1156 torr.  What volume will it occupy when the pressure is changed to 912 torr and temperature remains constant?
    3. The pressure of hydrogen gas in a constant volume cylinder is 5.01 atm at 21.0 oC.  What will be the pressure if the temperature is raised to 70.0 oC?
    4. A 988 mL sample of air is at 852 mm Hg and 34.1 oC.  What will the temperature of this gas be, in Fahrenheit, at 955 mm Hg and a volume of 602 mL?
    5. A sample of a gas occupies 9850 mL at STP.  What volume will the gas occupy at 95 oC and 675 torr?

    LAB EXERCISE 2                        Name_____________________________

    1. A sample of nitrogen gas occupies 28.5 L at STP.  How many moles of nitrogen are present?
    2. A 795.0 mL volume of hydrogen gas is collected at 23 oC and 1055 torr.  What volume will it occupy at STP?
    3. What would the pressure be of 25.0 g of chlorine gas at –10.0 ºC in a 4.50 L container?
    4. Calculate the density of CH4 at STP.
    5. A volume of 495 mL of argon gas was collected at 21.0 oC and 779 torr.  What does this sample weigh?
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    Antiseptics and Oxidation

    $5.00

     Antiseptics

    In General, Organic, & Biological Chemistry read the Chapter 5.4 HealthLink titled, Antiseptics and Oxidation.  Research an antiseptic of your choice.

    • What antiseptic did you choose?
    • Is it an oxidizing agent?  How can you determine this?
    • What is the main purpose of your antiseptic?
    • What functional groups are present in the antiseptic?
    • Define the terms germicide and bacteriostat?  Classify your antiseptic in the appropriate category.

    Post your answers below and respond to at least two classmates’ posts with substantive responses.

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