...| Sinus Rhythm | Sinus Bradycardia | Sinus Tachycardia | Sinus Arrythmia | Sinus Arrest | Sinus Block | Rate | 60 – 100 bpm | < 60 bpm | 101 – 180 bpm | Usually NL, maybe be or | Usually NL, but varies b/c of pause | Usually NL, but varies b/c of pause | Rhythm | P-P interval regularR-R interval regular | P-P interval regularR-R interval regular | P-P interval regularR-R interval regular | Irregular, phasic with respiration: R-R intervals shorten on Inspiration (HR ) & Lengthen on Exhalation (HR ) | Irregular – the pause is of undetermined length and is not the same distance as other P-P intervals | Irregular due to the pause(s) caused by the SA block – the pause is the same as the distance between two other P-P intervals | P Waves | Positive (upright) in Lead IIOne Precedes each QRS ComplexP waves look alike | Positive (upright) in Lead IIOne Precedes each QRS ComplexP waves look alike | Positive (upright) in Lead IIOne Precedes each QRS ComplexP waves look alike | Positive (upright) in Lead IIOne Precedes each QRS ComplexP waves look alike | Positive (upright) in Lead IIOne Precedes each QRS ComplexP waves look alike | Positive (upright) in Lead IIOne Precedes each QRS ComplexP waves look alike | PR Interval | .12 - .20 seconds and constant from beat to beat | .12 - .20 seconds and constant from beat to beat | .12 - .20 seconds and constant from beat to beat | .12 - .20 seconds and constant from beat to beat | .12 - .20 seconds and constant from beat to...
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...Pacemaker Behavior’s Behavior s Prof Glikson, Sandra Schor-Wider Nadav Hayman Patient Case Description • This is a patient with SSS + PAF with a DDDR pacemaker . He did not tolerate MVP in the past so we turned it off. • He recently complains of palpitations of two types : • Sudden events of rate around115 • Rate about 80 , general weakness that reminds him of the sense of temporary VVI pacing during clinic visits • He was able to record both episodes • We programmed the AHR diagnostics to detect relatively slow tachycardias which were indeed recorded . Pacemaker setup •RAAVD – OFF •SEARCH AV – OFF •MS- OFF •ACM & VCM – ON •SINUS PEREFERENCE –ON SINUS ON Patient Holter strip – Baseline Rhythm Tachycardia (the faster type ) in Holter strip Sudden termination of the tachycardia Episodes of AHR From the Pacemaker Memory Continued Episodes of AHR From the Pacemaker Memory – the “faster “ type Another AHR Episode From The Pacemaker – the “slower” type Questions • What do you think of the strips ? • Is there any “strange behavior” of the pacemaker ? strange behavior • What are the two Different diagnosis for the two strips ? • Th h ld , sensing and i Thresholds i d impedances are all within normal d ll ithi l ranges Think and …. Answer to The first rhythm – is it PMT? 1 2 3 4 5 6 7 8 VA conduction test performed in clinic by pacing V VA during testing is indeed very similar to VA in tachycardia: PMT most likely explanation ...
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...Personalizing Medicine By: Daniel Ostroff 12-09-2009 I believe it is absolutely essential to take steps to further personalize medicine. There are too many generalized treatments that may work for most patients, but still a great many patients with slight irregularities are not eligible because of these slight differences. For example, research is being done at the BIO5 Institute at the University of Arizona by Dr. Jonathan VandeGeest and his laboratory to switch the commonly used generalized metallic stents to treat an aortic aneurysm to custom manufactured Functional (due to the use of dendrimers for drug delivery) Polymeric Endoluminal Paving prototypes. The development of these customized prototypes for aneurysm patients is a massive step forward in personalized medicine. The traditional procedure to correct this condition involved complex open-chest surgery. Depending on the size and growth rate of the aneurysm, surgery can take many hours and may require multiple return visits. During surgery, the two traditional treatments are aortic grafts or metallic stents. The grafts are a wire mesh that is sewn into place to prevent further growth and leaking, which involves an extremely dangerous and invasive procedure. Otherwise, a generalized metallic stent is used, but because this device is pre-formed, it will only fit a select group of patients whose aorta is in a straight and vertical orientation. Any other shape and the treatment...
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...Ruptured Abdominal Aortic Aneurysm By Richaly Luce, T TH PM Laboratory Fall 2016 INTRODUCTION An abdominal aortic aneurysm is the dilation of a localized area of the abdominal aorta. The most common complication of this is rupture of the aneurysm. When it ruptures the mortality rate is around 90%. Rupture of the aneurysm causes massive hemorrhage into the abdominal cavity. Abdominal aortic aneurysm affects around 5-9% of the population over the age of 65, and most common in males. It is less common in females and tends to happen after the age of 75. The rupture resulting in death of the aneurysm affects about 1-2% of all male deaths in western countries. I’ve done some light research in the past about this pathology. Now that I have the opportunity to seriously research a pathology I chose it. I became aware of this pathology when my father died from it. This research paper will focus on the causes of ruptured abdominal aortic aneurysms and the treatments for this pathology. CAUSE OF THE DISEASE AND SYMPTOMS An abdominal aortic aneurysm is the dilation of a localized area of the aorta below the renal arteries that is at least 50% larger than the rest of the infrarenal aorta. When the aneurysm ruptures the person usually dies from massive hemorrhage. The death rate for the rupture of an abdominal aortic aneurysm is 90%. This is one of the most fatal surgical emergencies. In healthy people the maximum diameter of the infrarenal aorta should be 2.1cm. An abdominal aortic aneurysm...
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...been shown to be a beneficial therapy in the treatment and prevention of sinus infections and allergic rhinitis. This non-pharmacologic therapy involves rinsing the nasal passages with a salt-water solution, helping to rid the nose of allergens and mucus. This may reduce the need for antibiotics in those people prone to sinus infections. Saline rinses help to prevent the crusting of secretions in the nasal passages, which may otherwise block the sinuses from draining. If the sinus drainage sites become blocked, which could also occur with swelling from allergies or irritants, a sinus infection may develop. Saline rinses also serve to reduce tissue swelling in the nasal passages, and improve the clearance of mucus. Continue Reading Below Various nasal saline rinse kits are available commercially, including the Sinus Rinse brand, which contains pre-mixed salt packages. Alternatively, a nasal bulb syringe can be used with a homemade salt-water mixture. To make your own saline, mix the following in a clean container: ½ to 1 teaspoon non-iodized salt (such as pickling or canning salt) Pinch of baking soda (to prevent burning – can increase the amount as needed) 1 cup of warm water (filtered or previously boiled water) See Also: How to Clear Your Nasal Passages Directions: Place the above mixture in a reusable sinus rinse bottle or draw up into a nasal bulb syringe. The most convenient way to perform a sinus rinse is in the shower, but may also be performed over a sink. The head...
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...THE SINUS BATTLE What Are Sinuses? Sinuses are air pockets found in the cranial (head) bones and are also referred to as “paranasal sinuses”. They are linked to the nose on the face where air passes and mucus drains. We have eight sinus cavities in total. They are paired on equal sides of our face, resulting in four pairs of sinus cavities. Each cavity has an opening called an ostium, leading to the nasal passages to exchange for air and mucus. The mucus linings have cells with fine hairs called ciliated epithelium that moves dirty mucus from the sinus cavities down the nasal passages. Our four pairs of sinus cavities are: • Ethmoid sinuses. These sinuses are located between the eyes, behind the nose bridge. Everyone is born with ethmoid sinuses and they grow as we grow....
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...swelling caused by sinusitis inflammation is sheer misery and pure hell. A stuffy nose can play havoc with your day-to-day activities - and all that nose blowing, sneezing, and the stuffed red nose - nothing can be worse than that. It is extremely difficult to imagine how a person from sinus or sinusitis can go through all this extreme suffering. What is sinus or sinusitis? Sinus infection or sinusitis could be said to be one of the most common respiratory conditions affecting millions of people all over the world. The symptoms of sinusitis is similar to that of the...
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...cardinal system collects blood from the parts of the body lying anterior to the heart (Fig.9.15).It consists of – (a) Inferior jugular sinus – It is the smaller median ventral sinus which collects blood from the floor of bucco-pharyngeal region, gill pouches and pericardial region before opening into the ductus cuvierius. b) Internal jugular vein or sinus – It is the larger dorso-lateral sinus which collects blood from the dorsal region of head and gill pouches through different sinuses. (i)Posterior cardinal or renal portal...
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...Sinus infection, also known as sinusitis, is a commonly occurring condition which affects millions of people all over the world. In the United States alone around 40 million people are affected by this infection every year, with more women reporting cases than men. It is surprising to know that less than 50% of the cases reported have occurred due to a bacterial infection. The rest are known to occur because of viral or fungal infections and allergic reactions. Since sinus infections affect the entire respiratory tract present inside the head of the individual, thus it is regarded as an ENT condition and many specialists are involved in providing sinus treatment options to their patients. The main viral causes of sinusitis are influenza (common cold), parainfluenza and rhinovirus. The bacteria which are most to blame for this condition are the haemophilus influenza and S. pneumonia. In addition to these, fungal infections can occur in individuals who are suffering from diseases which reduce the strength of the immune system. These leave them susceptible to simple infections, which can cause a case of sinusitis. The common symptoms that are noticed in an individual suffering from a case of sinusitis are sneezing, cough, colored nasal discharge, fever,...
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...The Tolosa-Hunt syndrome is a rare autoimmune with an estimated annual incidence of one case per million per year. It is characterized by painful ophthalmoplegia (weakness of the eye muscles) and is caused by an idiopathic granulomatous inflammation of the cavernous sinus. While considered a benign condition, permanent neurologic deficits can occur, and relapses are common, often requiring prolonged immunosuppressive therapy. Tolosa-Hunt syndrome must be carefully differentiated from more malignant diagnoses, a mandate challenged by the lack of a specific diagnostic test abnormality. The Tolosa-Hunt syndrome is caused by an inflammatory process of unknown etiology. On histopathology, there is a nonspecific inflammation of the septa and wall...
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...COVER ARTICLE PRACTICAL THERAPEUTICS Acute Management of Atrial Fibrillation: Part I. Rate and Rhythm Control DANA E. KING, M.D., LORI M. DICKERSON, PHARM.D., and JONATHAN L. SACK, M.D. Medical University of South Carolina, Charleston, South Carolina Atrial fibrillation is the arrhythmia most commonly encountered in family practice. Serious complications can include congestive heart failure, myocardial infarction, and thromboembolism. Initial treatment is directed at controlling the ventricular rate, most often with a calcium channel blocker, a beta blocker, or digoxin. Medical or electrical cardioversion to restore sinus rhythm is the next step in patients who remain in atrial fibrillation. Heparin should be administered to hospitalized patients undergoing medical or electrical cardioversion. Anticoagulation with warfarin should be used for three weeks before elective cardioversion and continued for four weeks after cardioversion. The recommendations provided in this two-part article are consistent with guidelines published by the American Heart Association and the Agency for Healthcare Research and Quality. (Am Fam Physician 2002;66:249-56. Copyright© 2002 American Academy of Family Physicians.) I Members of various family practice departments develop articles for “Practical Therapeutics.” This article is one in a series coordinated by the Department of Family Medicine at the Medical University of South Carolina. Guest editor of the series is ...
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...Development Pelvic anatomy including organs of the female reproductive system The vaginal plate is a precursor to the inferior portion of the vagina; it is the growth of tissue that gives rise to the formation of the vagina, and is located where the solid tips of the paramesonephric ducts (Müllerian ducts) enter the dorsal wall of the urogenital sinus as the sinus tubercle. The plate's growth is unrestrained, as it significantly separates the cervix and the urogenital sinus; eventually, the central cells of the plate break down to form the vaginal lumen.[9] Until twenty to twenty-four weeks of pregnancy, the vagina is not fully formed as a canal. If it fails to fully develop, various septae can form, which may cause obstruction of the outflow...
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...Nasal and allergic symptoms in migraine Some of the symptoms of migraine that are also shared with sinus headache but are not stated in the International Head Society diagnostic criteria include nasal and allergic symptoms. (Cady et al., 2005). In an early study of migraine patients, Wilson et al have revealed 4 out of 20 the sample experienced rhinitis (sinus headache) in association with their migraine attacks. In another complementary study, 67% of 148 migraineurs consulting a headache clinic experienced nasal symptoms during their migraines (Wilson et al., 1980; Barbanti et al., 2001). In an attempt to distinguish between the two features that separates sinus headaches from migraines is the intensity of nasal symptoms (Couch, 1988), his work revealed that nasal drainage associated with migraines is minimal in comparison to nasal drainage associated with sinus headaches which is often heavy and laiden with...
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...Anoka Ramsey Community College Nursing 2482 Admitting Data Nursing Care Plan I Page 1 Room #: 1016 Patient Initials: ML Admit Date: 09/23/2010 Admitting Dx: Acute Congestive Heart Failure Age: 84 Sex: Female Marital Status: Married Surgery/Procedure: None Date of Surgery/Procedure: None POD/LOS (number): 6 Allergies: No known Drug Allergies Code Status: DNR Significant Hx: History of nerve damage to her esophagus, HTN, history of venous insufficiency, psoriasis, encounter of palliative care, Acute Renal failure, acute myocardial infarction. Post Surgical History: Hx. of cholecystectomy. Patient has been married for 64 yrs and currently resides in an apartment with her husband. Patient Story: She is an 84 yr old female who came to the ER on 9/23/10 complaining of SOB which she had been experiencing for approximately 4 days. She stated states she feels dyspnea both at rest and exertion. Feels better if she sits up. She has swelling on her legs, which she states is chronic and has been worse. Denies chest pain, but has had pain on her shoulder and back. She has a productive cough producing white phlegm. Appeared to be in CHF, admitted for evaluation. Lab tests done on 09/26/2010, CXR revealed that patient has CHF. She underwent a 2 D-ECHO which showed left ventricular cavity size at the upper limits of normal; moderately abnormal ventricular ejection fraction estimated...
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...The criteria for a Normal Sinus Rhythm is: • P-wave before each QRS with an interval of 0.12 to 0.20 seconds in duration. • A QRS width of 0.04 to 0.12 seconds • Q-T interval of less the 0.40 seconds. • The rate for a normal sinus rhythm is 60 to 100 beats a minute. Normal Sinus Rhythm P-R interval 0.12 to 0.20 seconds QRS duration 0.04 to 0.12 seconds Rate 60 to 100 beats a minute ________________________________________ If the rate is below 60 beats a minute but the rest is the same it is a Sinus Bradycardia. Brady- means slow.. Like your brain after you watch the Brady Bunch! Sinus Bradycardia P-R interval 0.12 to 0.20 seconds QRS duration 0.04 to 0.12 seconds Rate less than 60 beats a minute Yes... the QRS complexes look completely different... That's okay. I already said that we're all different. Relax. ________________________________________ If the rate is between 100 to 150 beats a minute with the same intervals it is a Sinus Tachycardia. Tachy- means fast. (Think of what happens to your heart rate when you sit on a tack) Sinus Tachycardia P-R interval 0.12 to 0.20 seconds QRS duration 0.04 to 0.12 seconds Rate 100 to 150 beats a minute ________________________________________ When the pattern becomes irregular with normal intervals it is a Sinus Arrhythmia Sinus Arrhythmia P-R interval 0.12 to 0.20 seconds QRS duration 0.04 to 0.12 seconds Rate 60 to 100 beats a minute, regular rhythm with periodic irregularity Atrial...
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