chinagringo wrote:
Sorry to hear about you having to put the dog down!
Man was given a brain while animals must rely more on instinct for self preservation. I would doubt that when you find or come upon a snake on your property, it is their first day in the neighborhood. Dogs, cats, snakes or other animals often co-exist quite well without assistance of a human attempting to use their brain. Speaking of brains - why would you even think about picking up any snake without knowing if it was poisonous or not? Secondly, had the snake been poisonous and you had decided to seek real medical help instead of advice from us "nutcases" on this forum - most anti-venoms are specific to the brand/model of snake. Had this been a poisonous snake, the histamines would have done a great job of accelerating the venom through your body!
Thank you so much for the lecture Stevebrtx, I mean ChingGringo,
I had to move the snake to save it. I saved it. I assumed it was not poisonous because of it's appearance and under normal circumstances, I never would have been bitten. I've picked up 8' long Water Moccasins and have not been bitten and that is a snake one does not want biting him. Snakes do not instantaneously kill. If bitten by a rattler one has at least an hour to seek medical treatment. To tell if a snake is venomous, there will be swelling, discolouration, etc., at the bite site.
I took "anti" histamines. Why would I want to take histamines and increase a reaction? The antihistamine might not block all venom reaction but it will degrade and slow it down giving the victim more time. Since you don't understand poisonous bites here is a clip from a snake venom medical paper:
http://www.scielo.br/scielo.php?script= ... 8000400009CONCLUSIONS
Quote:
The anti-snake venom is the specific antidote for venomous snakebites. In Bangladesh, polyvalent anti-snake venom by Haffkine Bio-Pharmaceuticals Company (India) is available in limited quantity. Although the antivenom is effective and specific, it presents a potential risk of adverse reactions including anaphylaxis. The antivenom must be administered in standard doses and routes to reach its optimum efficacy. Neurotoxic snakebites should be treated with anticholinesterases and artificial ventilatory support with all monitoring facilities available in health centers. The potential dangers of anaphylactic reactions - urticaria, vomiting, bronchospasm, hypotension, circulatory collapse and angioedema - can be managed with adrenaline, hydrocortisone, antihistamine and ranitidine. Due to the danger of reactions the anti-snake venom should not be withheld by physicians from a snakebite victim, when indicated and appropriate guidelines should be followed for its administration. The present study proved that anti-snake venom is effective and an eventual antivenom reaction can be easily managed through a proper approach.