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Glenna, LPN

Glenna, LPN

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I got my CNA 1 in 2007. In 2008 I got my CNA 2 and have been working in acute care in the surgical department. Got my LPN in October 2011.

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  1. Glenna, LPN

    How much do you owe in student loans?

    I've been going to school on and off since I graduated high school in 2005. I finally finished all of my pre-req classes this last December at the community college. I also got my LPN in 2011. At the moment I am looking to get into an LPN to RN bridge program. I work for the veterans affairs and I know that they help with student loans after you've been working there for a year. I was just counting up how much I owe...which is over 43,000. I laughed to myself...but this was the only way I could make it to where I am today. I'll apply for some aid from work after my 1 year point but it just has me thinking.... How much do you guys owe in student loans? What is the average?
  2. Glenna, LPN

    Microbiology Study Tips

    After I posted it, it showed up a little weird. I'm really sorry about that. My classmate typed up the notes we came up together with on her mac book, which she then sent to my PC...which then of course in return got kinda weird on allnurses. But I really hope that it helps you out. In my study group we came up notes like these and would review them and review again before the tests. If you come up with notes kinda like this, I think you would be golden. Good luck and happy studying. I understand the stress of this class. Since you didn't do bad your frist exam like I did, I have faith you can make it out with an A.
  3. Glenna, LPN

    Unsure about Nursing

    I think that you are wise to be taking that CNA program. Finish up those last classes and work as a CNA for a while and see how you feel afterwards. Then turn around and get your CNA 2 acute care and work in the hospital. Now that is the real eye opener. After I worked at the hospital as a CNA...I knew this was my calling, this was where I was meant to be, a nurse. Of course here it is really hard to get right into an RN program so I want the LPN route and I'm working towards getting into a bridge program. I enjoy working with people and taking care of them. The things that you listed about being a nurse the whole flexibility, security, decent pay part is just a bonus.
  4. Glenna, LPN

    Microbiology Study Tips

    If your instructor uses powerpoints use those and write your notes on them. Flashcards are very helpful. I used colorful notecards and printed colored pictures and pasted them onto my notecards. After doing so I would write the info on the other side. I showed my instructor my notecards and he was very impressed and thought I should sell them. I was shocked. I keep everything. You should also find yourself a study group. I found that very helpful while taking that class. I thought yeah, I can do this alone, like I always do. I got a 68% on my first test. I broke down and cried. After using the powerpoints, flashcards, and study groups...I made it out of Micro with a B. If only I would have gotten a higher grade on my first test I would have made it out with an A. I kept kicking myself in the butt. I got A's on papers, homework, and two other exams. Ugh. I'm also going to post some notes I have on my laptop that my group made that we felt was helpful....and maybe it will help you. Good luck [h=1]Lab Safety[/h] Biosafety in Microbiological and Biomedical Laboratories BSL-1: Organisms do not typically cause disease Minimal threat Handled in open No special containment equipment is required Ex.: Bacillus subtilis, Escherchia coli, Rhodospirillum rubrum, and Lactobcillus acidophilus [*]BSL-2: Organisms are commonly encountered in the community Cause human diseases Ex.: Salmonella, Staphylococcus aureus, Clostridium dificile, and Borrelia burgdorferi [*]BSL-3: Local or exotic origin Associated with respiratory transmission and serious or lethal disease Personnel handle microbes in a Class I or II biological safety cabinet (BSC), not on the open bench. Ex.: Bacillus anthracis, Mycobacterium tuberculolosis, and West Nile virus. [*]BSL-4: Organisms have a great potential for lethal infection Ventilation and waste management Specially trained personnel perform transfers in Class III BSCs. Wear positive pressure, one-piece body suits with a life-support system. Ex.: hemorrhagic diseases, such as Ebola virus, Marburg virus, and Lassa fever [*]Student Conduct Do not smoke, eat, or drink, or bring food or drinks into the lab Do not apply cosmetics or handle contact lenses Wash your hands before and after Do not take organisms out of lab Come to lab prepared Do not rush in lab [*]Basic Laboratory Safety Wear protective clothing Do not wear sandals or open-toed shoes Wear eye protection when heating chemicals Turn off your Bunsen burner when t is not in use Tie back long hair Feeling ill, go home If you are pregnant, immune compromised, or are taking immunosuppressant drugs, please see the instructor Take off and dispose gloves. Wash hands Wear gloves when staining and handling blood Use antiseptic if you are exposed to a spill Never pipette by mouth Dispose of broken glass or any other item into the appropriate sharps or broken glass container Use a fume hood when using chemicals or stains that need to be heated Find the first-aid kit, and make a mental note of its location Find the fire blanket, shower, fire extinguisher, and eye wash basin. Know where the locations are and how to use them. [*]Reducing Contamination of Self, Others, Cultures, and the Environment Wipe the desktop with a disinfectant before and after Never lay down culture tubes on the table; upright in a tube holder Cover any culture spills with paper towels. Soak the towels immediately with disinfectant, and allow them to stand for 20 minutes. Report the spill to your instructor. Place the towels in the container designated for autoclaving. Place all nonessential books and papers under the desk. When pipetting, place a disinfectant-soaked towel on the work area. This reduces contamination and possible aerosols if a drop escapes from the pipette and hits the tabletop. [*]Disposing of Contaminated Materials Remove all labels and place them in the autoclave container so designated Dispose of plate cultures. Petri dishes should be taped down. Put in correct disposal. Dispose blood and gloves in correct bin. Microscope slides in the correct bin. Contaminated broken glass and other sharp objects in a sharps container for autoclaving. Uncontaminated broken glass can go to a broken glass container. 3-1 Microscope Figures: Look at page 70 in lab book for overview of microscope (Know all the parts of the microscope) Terminology: Refraction: (bending) of light as it passes through the objective lens from the specimen produces a magnified real image. Resolution: clarity of an image. Is the ability to disguised objects that are close together. Parfocal: A parfocal lens is a lens that stays in focus when magnification/focal length is changed. There is inevitably some amount of focus error, but small enough to be considered insignificant. 3-3 Wet Mounts Figures: Look at 3-13, 3-16, 3-17, 3-18, 3-19 (Don’t memorized species, just yeast, green algae, etc) Figures 3-13: Amoeba, A Sarcodine Figure 3-16: Conjection of pili’s Figure 3-17: Vovox; Green Alga Figure 3-18: Yeast Figure 3-19: How to make a wet mount [*]Termination: Prokaryotes: The prokaryotes are a group of organisms that lack a cell nucleus, or any other membrane-bound organelles. Domains Bacteria and Archae. 1-5 um. Ribosomes 70S. Eukarytoes: nucleus. Has both nonmenbrane bound and membrane bound organelles. Domain Eukarya. 10-100um. Ribosomes 80s. Tropozoite: the form of a sporozoan protozoan in the feeding stage. (Vegetative state) Cyst: A microbial cyst is a resting or dormant stage of a microorganism, usually a bacterium or a protist or rarely an invertebrate animal, that helps the organism to survive in unfavorable environmental conditions. Pseudopods: A temporary projection of the cytoplasm of certain cells, such as phagocytes, or of certain unicellular organisms, especially amoebas, that serves in locomotion and phagocytosis. Green Algae: Any of various photosynthetic protists belonging to the phylum Chlorophyta. The green algae share many characteristics with plants, notably in their having chlorophylls a and b, in their storage of food as starch, and in the composition of their cell walls from cellulose or other polysaccharides. The green algae show a great variety of body types, ranging from unicellular forms to filaments to leaflike thalli, and many species live in colonies. Green algae also show a variety of reproductive processes, both sexual, by the formation of conjugating gametes or the exchange of nuclei through conjugation tubes, and asexual, by means of spores. Green algae are mostly aquatic, in both freshwater and marine environments. However, many species live on land or in the soil, and even in extreme environments, such as the surface of snow. Green algae are not always green, since they produce carotenoid pigments that can give them orange or red colors. Some lichens consist of a symbiotic relationship between a fungus and a green alga. Absorptive: (Fungi) fungi feed by absorption of nutrients from the environment around them. They secrete exoenzymes into their environment, then absorb the digested nutrients. Most are saprophytes that decompose dead organic matter, but some are parasites of plants, animals, or humans. Heterotrophs: an organism deriving its nutritional requirements from complex organic substances. Exoenzymes: an enzyme that acts outside the cell that produces it. Saprophytes: a plant, fungus, or microorganism that lives on dead or decaying organic matter. Parasites: an organism that lives in or on another organism (its host) and benefits by deriving nutrients at the host’s expense. Yeasts: a microscopic fungus consisting of single oval cells that reproduce by budding, and are capable of converting sugar into alcohol and carbon dioxide. (Fermentation) Molds: a typically multicellular fungus that grows as long filaments called hyphae and reproduces by means of spores. Wet mount: a small flat rectangular piece of glass on which specimens can be mounted for microscopic study. (Figure 3-19) 1-3 Page 17 AsepticTransfers and Inoculation Methods Figure - Figure1-8 Know all the instruments - Figure 1-10 Bunsen Burner Flame (Outer cone andInner cone) 1-4 Streak PlateMethods of Isolation Figures Figure 1-24 Figure 1-26 [*]Terminology Mixed Culture: a microbial culture consisting of two or more species. Pure culture: contains only a single species. Isolation technique: four quadrants of the streak plate. The streaking is done using a sterile tool, such as a cotton swab or commonly an inoculation loop. This is dipped in an inoculum such as a broth or patient specimen containing many species of bacteria. The sample is spread across one quadrant of a petri dish containing a growth medium, usually an agar plate which has been sterilized in an autoclave. To get colonies. Streak plate: a streak plate method of isolation, a bacterial sample is streaked over the surface of a plated agar medium. Used to get isolation. Colonies: consisting only of the original cell type. Colony-forming unit (CFU): a single cell or group of related cells that produce a colony. [h=1]2-1 Ubiquity of Microorganisms[/h] Terminology: Free-living: microorganisms do not reside on or in a specific plant or animal host and are not known to cause disease. In other words, they live freely and independently, not as a parasite or attached to a substrate. Host: an animal or plant on or in which a parasite or commensal organism lives. Nonpathogenic: Incapable of causing disease. For example, nonpathogenic E. coli are E. coli bacteria that do not cause disease, but instead live naturally in the large intestine. Pathogens: is a microorganism such as a virus, bacterium, prion, or fungus, that causes disease in its animal or plant host. Commensal (Commensalism): a form of symbiosis in which one organism derives a benefit while the other is unaffected, does not benefit, or get harmed. Symbiosis: Prolonged association between two or more organisms of different species. [*]Mutualistic (Mutualism): symbiotic interaction between different species that is mutually beneficial. [*]Opportunistic: denoting a microorganism that does not ordinarily cause disease but that, under certain circumstances becomes pathogenic. [*]Opportunistic pathogens: those that take advantage of certain situations—such as bacterial, viral, fungal or protozoan infections that usually do not cause disease in a healthy host, one with a healthy immune system. A compromised immune system, however, presents an "opportunity" for the pathogen to infect. [*]Even many of the commensal or mutualistic strains inhabiting our bodies are opportunistic pathogens. 2-2 Colony Morphology Figures: Figure 2-3: Colony morphology (I noticed that some of the terminology is not shown in this figure). Figures 2-4 through 2-24: Use to study the colony morphology terminology. [*]Terminology: Shape: Round: Irregular: Punctiform (tiny, pinpoint): having the form of a point. [*]Margin: The margin or edge of a colony. Entire(smooth): smooth Undulate : wavy Lobate: lobed Filamenous: in the form of very long rods, many times longer than wide. Rhizoid: branched like roots [*]Elevations: The description of the “side view” of a colony. Flat: Raised: Convex: Pulvinate: Umbonate: [*]Texture: Moist: Mucoid: relating to or resembling mucus; “a mucoid substance” Dry: [*]Pigment Production: Opaque: Not transparent or translucent; impenetrable to light; not allowing light to pass through. Translucent: permitting light to pass through in a diffuse manner. Shiny: Dull: Page 95 BacterialStructure and Simple Stains Figures: Figure 3-72 Division patterns among cocci Figures 3-64 through 3-78 use to practice applying cellular arrangement and morphology terminology. Terminology: Contrast: The difference in visual intensity between two objects or between an object and its background. Arrangements: What and where things are on the bacteria. Cocci (singular coccus): can be used to describe any bacterium that has a spherical shape. Bacilli (singular bacillus): rod-shaped bacterium. Spirilla (singular spirillum): spiral-shaped bacterium. Vibrios: slightly curved rods Coccobacilli: short rods Spirochetes: flexible spirals Pleomorphism: a concept whereby cells take on multiple structural forms. Diploccus: if the two daughter cells remain attached after a coccus divides. Diplobaccilli: if the two daughter cells remain attachter after a bacilli divides. Streptococuss: if the coccus cells keep dividing in the same plane and remain attached. Streptobacillus: if the bacilli cells keep dividing in the same plane and remain attached. Tetrad: if a second division occurs in a plane perpendicular to the first. Only seen in cocci Sarcina: a third division plane perpendicular to the other two produces a cube-shaped arrangement of eight cells. Only seen in cocci Staphylococcus: if the division planes of a coccus are irregular. A cluster of cells. 3-5 Simple Stains Figures: Figure 3-79 Chemistry of Basic Stains Figure 3-80 Safranin Dye in a Simple Stain Figure 3-81Heat fix [*]Terminology: Chromagen: any substance found in organic fluids that forms colored compounds when oxidized. It is the part of the stain that colors the cells. Basic stain: are attracted to the negative charges on the surface of most bacterial cells. Positive stain. Thus, the cell becomes colored. Ex.: methylene blue. safranin, crystal violet Heat-fixed: basic stains are applied to bacterial smears that have been heat-fixed. Heat-fixing kills the bacteria, makes them adhere to the side, and coagulates cytoplasmic proteins to make them more visible. It also distorts the cells to some extent. 3-6 Negative Stains Figures: Figure 3-83 Chemistry of acidic stains Figure 3-84 A Nigrosin Negative Stain Figure 3-85 Procedure for negative stain [*]Terminology: Acidic stain: the negative staining technique uses a dye solution in which the chromogen is acidic and carries a negative charge. The negative charge on the bacterial surface repels the negatively charged chromogen, so the cell remains unstained against a colored background. 3-7 Gram Stain (differentialstain) Figures: Figure 3-86 Gram Stain steps Figure 3-87 Gram stain example (both positive and negative gram stain) Figure 3-95 Procedural diagram: gram stain [*]Terminology: Decolorization: remove the color from (alcohol) Primary Stain: the first stain (crystal violet) Mordant: a substance that binds to a dye and makes it less soluble (Iodine) Counterstain: an additional dye used in a microscopy specimen to produce a contrasting background or to make clearer the distinction between different kinds of tissue. (Safranin) 3-9 Capsule Stain (differentialstain) Figures: Figure 3-103 Example of a capsule stain Figure 3-104 Procedure for capsule stain [*]Terminology: Capsule: a gelatinous layer forming the outer surface of some bacterial cells. Composed of mucoid polysaccharides or polypeptides that repel most stains. The capsule remains unstained and appears as a white halo between the cells and the colored background. 3-10 Endospore Stain (differentialstain) Figures: Figure 3-105 The Schaeffer-Fulton Spore Stain Steps Figure 3-106 Examples of endospore stain Figure 3-107 Example of endospore stain Figure 3-109 Procedure of endospore stain [*]Terminology: Endospore: environmentally resistant structure produced by the transformation of a vegetative cell of the gram-positive genera bacillus or clostridium. Is a dormant form of the bacterium that allows it to survive poor environmental conditions. Keratin: spores are resistant to heat and chemicals because of a tough outer covering made of the protein keratin. Vegetative Cells: any of the cells of a plant or animal except the reproductive cells; a cell that does not participate in the production of gametes; "somatic cells are produced from preexisting cells. 5-6 Oxidase Test Figures: Figure 5-22 Oxidase Slide Test Table 5-6 Oxidase Test Results and Interpretations [*]Summary: The oxidase test is designed to identify the presence of cytochrome c oxidase. Transfer some of the culture to the reagent slide. Observe the color change within 20 seconds. Look at table 5-6 for results. 5-8 Citrate Test Figures: Figure 5-30 Citrate Test Result Tubes Table 5-8 Table of the Results [*]Summary: the citrate test detects the ability of an organism to use citrate as the sole source of carbon and energy. A medium containing citrate as the only available carbon source, bacteria that possess citrate-permease can transport the molecules into the cell and enzymatically convert it to pyruvate. Pyruvate then can be converted to a variety of products, depending on the pH of the environment. Bacteria that survive in the medium and utilize the citrate also convert the ammonium phosphate to ammonia and ammonium hydroxide, both of which tend to alkalinize the agar. As the pH goes up, the medium changes from green to blue. Blue is a positive citrate test result. Occasionally a citrate-positive organism will grow without producing a change in the color, so you have to look for growth, which will be a positive result. 5-12 StarchHydrolysis Figures: Figure 5-43 Starch Hydrolysis Test Example Table 5-12 Starch/Amylase Test Results and Interpretations [*]Summary: Starch is too large to pass through the bacterial cells membrane. It first must be split into smaller fragments or individual glucose molecules. Organisms that produce and secrete the extracellular enzymes a-amylase and oligo-1,6-glucosidase are able to hydrolyze starch by breaking the glycosidic linkage between sugar units. When breaking the starch, they hydrolyze the starch in the area surrounding their growth. Therefore, if there is a clearing around the bacteria, that means the amylase is present. 5-13 Urea Hydrolysis Figures: Figure 5-46 Urease Broth Test Results Table 5-14 Table of Results (The syllabus said to look at table 5-13. However, we only did table 5-14 in lab. Therefore, I’m assuming that this is another error). [*]Summary: Urea is a product of decarboxylation of certain amino acids. It can be hydrolyzed to ammonia and carbon dioxide by bacteria containing the enzyme urease. Urea hydrolysis to ammonia by urease-positive organisms will overcome the buffer in the medium and change it from orange to pink. The pH indicator turns pink when media turns alkaline. Therefore, if the color turns pink, that means there is rapid urea hydrolysis. If the color is orange or yellow, there is no urea hydrolysis, because the organism does not produce urease or cannot live in broth. 5-14 CaseinHydrolysis Test Figures: Figure 5-48 Casein Hydrolysis Test Results Table 5-15 Casease Test Results and Interpretations [*]Summary: Casease is an enzyme that some bacteria produce to hydrolyze the milk protein casein. When broken down into smaller fragments, the ordinarily white casein loses its opacity and becomes clear. Casease-positive organism, secrete casease will diffuse into the medium around the colonies and create a zone of clearing where the casein has been hydrolyzed. Casease-negative organisms do not secrete casease and do not produce clear zones around the growth. 5-15 Gelatin Hydrolysis Test Figures: Figure 5-50 Nutrient Gelatin Stabs Table 5-16 Gelatinase Test Results and Interpretations [*]Summary: Gelatinases comprise a family of extracellular enzymes produced and secreted by some microorganisms to hydrolyze gelatin. When a tube of Nutrient Gelatin is stabinoculated with a gelatinase-positive organism, secreted gelatinase will liquefy the medium. Gelatinase-negative organisms do not secrete the enzyme and do not liquefy the medium. 5-17 Lipid Hydrolysis Test Figures Figure 5-55 Lipid Hydrolysis Test Results Table 5-18 Lipase Test Results and Interpretation [*]Summary: The enzymes that hydrolyze fats are called lipases. Some bacteria produce lipases to hydrolyze fats. Tributyrin oil is the most common constituent of lipase-testing media, because it is the simplest triglyceride found in natural fats and oils. If the bacterium produces lipase, there will be a clearing in the agar around growth. If the bacterium doesn’t produce lipase, there will be no clearing in the agar around growth. 5-20 SIM Medium Figures: Figure 5-64 Sulfur Reduction in SIM Medium Figure 5-67 Indole Test Results Figure 5-68 Motility in SIM Table 5-21Sulfer Reduction Results and Interpretations Table 5-22 Indole Production Results and Interpretations Table 5-23 Motility Results and Interpretations [*]Summary: SIM medium is used for determination of three bacterial activities: 1. Sulfur reduction: Hydrogen sulfide (H2S) gas is produced. The H2S combines with iron, in the form of ferrous ammonium sulfate, to form ferric sulfide (FeS), a black precipitate. Therefore, if it is black, then the sulfur was reduced into the production of H2S. If it is not black, then the sulfur was not reduced. 2. Indole production from tryptophan: Some bacteria produce the enzyme tryptophanase, which can hydrolyze to pyruvate, ammonia, and indole. If there is red in the alcohol layer of Kovac’s reagent, then the tryptophan is broken down into indole and pyruvate. If the reagent color is unchanged, then trptophan is not broken down into indole and pyruvate. Therefore, they lack the enzyme tryptophanase. 3. Motility: The medium is inoculated with a single stab from an inoculating needle. Motile organisms are able to move about in the semisolid medium and can be detected by the radiating growth pattern extending outward in all directions from the central stab line. If you see growth radiating outward from stab line, that means there was motility. If there is no radiating growth, that means the organisms are nonmotile. Exercise 5-12 through 5-17: Terminology Know enzymes: amylase, urease, casease, gelatinase, lipase Know substrates Other relevant terminology from powerpoint Extra Terminology!!! Incubator: an incubator is a device used to grow and maintain of course microbiological cultures or cell cultures. The incubator maintains optimal temperature, humidity and other conditions such as the carbon dioxide (CO2) and oxygen content of the atmosphere inside. Magnification: is the process of enlarging something only in appearance, not in physical size.
  5. Glenna, LPN

    Help!! Can't find an Lpn job in MI

    I got my LPN oct. 2011. I didn't land my first LPN job until Jan. of this year. Keep your head up high and keep applying, you will find your big break at one point or another. Good luck.
  6. Glenna, LPN

    I GOT THE JOB!!!!!

    I did my clinical's with the VA my last term of my LPN program. My dad is a veteran and I had him ask a lot of question's when he would go to see his PCP (well question's for the staff that is). Many of them said that they did their clincial's witht he VA which helped them them hired (another reason why I pressed my school so much to allow me to have clinical's with the VA) It takes forever to get a job with the VA. I graduated in Aug. 2011, and passed my NCLEX Oct. then in dec I applied for two different jobs with in the VA. So in total, I've applied five times. My preceptor at the VA told me to be persistent and always check USAjobs.gov. Another way that may help you to get a job within the VA is to also apply for volunteer positions within the VA. While I was doing my clinical's I saw this volunteer there and she was jumping off the walls because she was finally able to land a job within the VA after doing her volunteer work for a while. Don't give up, keep applying...and I swear their motto is "Hurry up and wait". Good luck!
  7. Glenna, LPN

    Got My Dream Job!

    CONGRATS!!!!!! I know that it is the best feeling ever to get your dream job!!!
  8. Glenna, LPN

    I GOT THE JOB!!!!!

    This makes me feel good reading this. From what I've heard from other people, they really enjoyed working there. I plan to stay with in the VA system until I retire. I'm sure that since you've worked for the VA before, finding a job in another state for the VA shouldn't be as hard? Maybe....Where did you live and where did you move to? If you don't mind me asking. Well, I wish you the best of luck. I hope that you are able to get that job where you feel at home at. I'm totally with you on the assisted living job. I had an on-call LPN job at the nursing home...it felt all wrong for me.
  9. Glenna, LPN

    I GOT THE JOB!!!!!

    Hey cowgirl2nurse, I just sent you a PM. If you are unable to get my message please let me know. I am more than happy to answer any questions you may have. Might I also add, even though I had my up's and down's with the school...I wouldn't trade my education with any other LPN program in the area.
  10. Glenna, LPN

    I GOT THE JOB!!!!!

    Thank you! It has been a long haul to make it to this point...10 months...never give up! I also wish you the best of luck on your NCLEX. Remember, you have five hours to take it, take as much time as you need but don't over think anything. Some questions will be super easy, others won't be fun to answer. Think positive through out it, have faith in yourself, take breaks if needed. You will rock it!
  11. Glenna, LPN

    I GOT THE JOB!!!!!

    Scrubwearer I am wishing you the best of luck in finding a job with the VA. Don't give up, and keep trying. Everytime see you job postings on USAJOBS.gov, apply. That's what I've been doing. Even when I was still in my LPN program I knew that I wanted to work for the VA because I won't join the military and way too scared, and I feel like this is the next best thing to take care of those brave men and women who fought for us. Keep trying, never give up. I've applied five times. Filling out all those forms and faxing them. I figured one of these days they'd get sick of all of the pages of my fax that they would finally hire me. The hiring process with the VA is like a 15 step process. The interview is step 8 (is that crazy or what?). Now I have to wait for my references to get back to them, they need to do the background check, and I need a physical with them along with fingerprints. I sent HR an e-mail asking how long this part is going to take, and he said about a month. I'm so excited to start working!!!!
  12. Glenna, LPN

    This IS nursing school!

    You sound just like me when I was in my LPN program. I was scared to death to fail a class because that mean's you have to wait six months before you could go and retake that class...not only just that class but have to redo all the other classes that came with that term. There was this guy in my class who was in the Army but was on the reserve after being an active medic after X amount of time. Anywho, since he'd been to Iraq and all and thought he knew everything, he didn't study and that bit him in the butt. He still refused to study because for some reason it was below him because of his background that he would study off of my notes and another students notes...and that's how he made it through the LPN program. (I made dean's list the whole time I was there, so freaking hard and I had no life) Funny thing is, it really bit him good in the end, he failed his NCLEX. I think in a way it was a good thing. I wouldn't want him to be my nurse. I mean, he cheated his way through school, and he lacked the inner makings of becoming a nurse. I felt like this was something for him to do to give him a higher rank or something. He also mentioned he had a choice between doing this or PA. Oh, and he also had this mindset that he was invencible and could never die. He gave me so many headaches during my 11 months of school. I wish you the best of luck through out your program. You can do this!!!
  13. Glenna, LPN

    I GOT THE JOB!!!!!

    Little background I got my LPN license last Oct. In Jan of this year I got an on-call LPN position at nursing home far from home. It didn't work out, the censes kept going down. Did I mention that they hired three on-call LPN's? I've not been working since March. I've sent out so many job applications and had been getting really depressed. In July I applied for a job at a near by VA clinic. Matter of a fact, it was one of the places I did my clinical's at. In Aug, they called me up for an interview, this morning I was offered a job!!!! I GOT MY DREAM JOB YOU GUYS WORKING FOR THE VA!!!!!! My dad is a veteran, so in away I already understand their personalities in away. I'm so excited, I can hardly hold it together. For all you who are job hunting, you will land your job! Just hold on, it's going to happen.
  14. Glenna, LPN

    LPN job shadowing question

    I would do a lot of listening. If you don't understand something that they are doing or something is unclear while you are there, don't be afraid to ask questions. Bring a note pad/clipboard with you and write down notes as the day goes on/when a question is being answered. Be yourself and go with the flow. That's what I did while I was doing clinicals at a near by VA clinic. When I came back later on for an interview I was told that I was held at high regards by the staff. Now I play the waiting game to find out about this job...it's a 15 step highering process. Once again, good luck! Knock 'em dead!
  15. Glenna, LPN

    Graduated & Discouraged. HELP.

    Two of my classmates in my LPN program had a DUI on their records. They had to do the class thingy and be forth coming with the Oregon State Board of nursing. Both of them were allowed to sit for the NCLEX and then they also had to wait for the one person to review their records and to approve them even though they had passed. I'd say do what you've gotta do, be forth coming! Then you can get to the next era of your life. I graduated from my LPN program Aug. 18, 2011. My instructor always told us to not studying anything for two weeks, sleep, and go on a vaction. I did just that. Then I reviewed my lab values, went over general things from the exam cram LPN book (it gave me awesome tips on how to answer questions if I don't know the answers), then I used the saunders disc on study mode (hated the book) and would answer anywhere between 200-300 questions a day. I did this for three weeks, took my NCLEX-PN Oct. 4, 2011 and found out that I passed the next day. I wish you the best of luck! You will be able to get through all of this. Keep the faith.
  16. Glenna, LPN

    What would you say to this shocking patient statement?

    I'm not sure how all I would react if this were to happen to me. I too, also felt that you handled it rather well. In the other hand, I am half filipino so my skin tone is darker, and I was born here in Oregon. I'm thinking this pt. wouldn't like me taking care of them at all. Which reminds me of this one time I went to take care of a pt. and they wouldn't allow me to touch them while giving care...not until I answered the question.... "Are you mexican?" no...I'm not...oh...okay...and then I was allowed to give my care. Wow. WOW!!