Nursing Diagnosis: Risk for Suicide
Gail B. Ladwig
Related Factors:
Nanda, Nursing Care Plan, Nursing Diagnosis
Gastroenteritis is a swelling of the lining of the stomach and intestines, frequently accompanied with acute diarrhea and vomiting, mild fever and stomach cramps. Gastroenteritis attacks can take from anywhere between six hours to 3 days to pass. Symptoms ordinarily are caused by toxins produced by bacteria in the food or by a swelling of the intestine through having a virus or bacteria being present. Ordinarily, food poisoning results in a much quicker onset of symptoms, which can strike the sufferer within the hour of eating infected foods.
Gastroenteritis is frequently connected with diarrhea given it occurs most often in the home ordinarily resulting from poor hygiene. Pre-cooked meats particularly chicken, raw egg dishes and shellfish are the most frequent causes of bacterial and viral gastroenteritis. Further culprits include foods which are past their sell by dates. Seafood's and to some extent dairy products, often smell bad when they have gone off, but this does not always the case with other foods. It is therefore extremely important to store food correctly and always consume before its use by date.
Gastroenteritis : Causes, Symptoms, and Management
Gastroenteritis, commonly known as the stomach flu, is an inflammation of the gastrointestinal tract characterized by symptoms like diarrhea, abdominal cramps, nausea, and vomiting. While typically a self-limiting condition, understanding its causes, symptoms, and appropriate management is essential for timely recovery.
Causes:
Gastroenteritis is often triggered by viral or bacterial infections. Viruses such as norovirus, rotavirus, and adenovirus are common culprits, especially in cases affecting children. Bacterial infections may result from consuming contaminated food or water, with pathogens like Salmonella, Escherichia coli (E. coli), and Campylobacter being frequent causes.
Symptoms:
The hallmark symptoms of gastroenteritis include diarrhea, which can be watery or contain blood, abdominal cramps, nausea, and vomiting. Individuals may also experience fever, headache, and muscle aches. Symptoms can manifest suddenly and vary in severity, with dehydration being a potential concern, particularly in cases of persistent vomiting and diarrhea.
Management:
The most critical part of kidney transplantation is preventing rejection of the graft kidney.
It can occur during fetal development leading to neonatal torsion or vanishing testis and is one of the main cause for monarchism (single testicle).
It needs emergency treatment to save the testicles. Other wise it can lead to permanent damage to the testicles leading to necrosis of testis and atrophy of testis. It can lead to sterility
Fibrillation is an arrhythmia that affects either the atria as a pair, or the ventricles as a pair, producing “a-fib”, or “v-fib”, respectively. (Come to think of it, if a person is in VF, do their atria fibrillate as well? Does it matter?) Most cardiac rhythms are organized – they’re regular in some way, producing some sort of regular (as opposed to disorganized), rhythmic motion of the chambers, hopefully producing a blood pressure. In fibrillation, the cardiac tissue of the chambers involved wiggles about like (classic phrase) “a bag of worms”. Does a chamber wiggling like a bag of worms pump any blood, produce a cardiac output, eject any fraction of its contents? No, it does not!
As I always try to point out, all the waves that you see on EKG strips actually represent some kind of physical motion of one or the other set of cardiac chambers, and the trick is to try to visualize what those chambers are doing in any given rhythm situation. Let’s see if a quick review of some strips helps the visualization process. Can I have the first slide please?
Here we are: look familiar? Sinus rhythm. Organized, rhythmic, producing stable contraction of the chambers – first the atria, then the ventricles. So - visualizing on the mental screen, that’s what I see: nice orderly motion, first above, then below.
Okay so far? Right – next slide, please. OK: atrial flutter. Still organized: the atria are contracting rapidly, sure, at about 300 bpm, and the ventricles are responding to every third or fourth impulse, slowly enough that the ventricular chambers have time to fill up nicely between beats, fast enough to probably maintain a good blood pressure. So I visualize the atria clipping along, with the ventricles contracting every third or fourth time.
This one? Well – is it organized? Actually it is: see the pattern of doubles? It’s a little easier to figure out by looking at the lower part of the strip – this is a sinus rhythm, and after every sinus beat comes a PAC, followed by a compensatory pause. So yes, still organized. “Regularly irregular”.
How about this one? Yup, VT. Ugly, scary, but still organized, regular – the chambers (which ones?) are moving in a steady manner. On your mental screen you should see the ventricular walls contracting very rapidly – do they have time to fill? Should we shock this rhythm? It depends…