The bacteria are passed
via urine into stagnant water sources (even puddles) where they can reside.
The bacteria are passed
via the urine into water sources, where they can reside.
Not exact matches
When infected people relieve themselves, the worms» eggs can spread
into streams or ponds
via their
urine and feces.
We're liberating them and turning them
into water - soluble toxins primarily
via B vitamins, antioxidants, and then we facilitate the transfer of these water - soluble toxins out the
urine, out the stool, out the breath or skin, right?
It's at this point where many of the antioxidant vitamins, minerals and phytonutrients found in plants are helpful in stabilizing these intermediary metabolites until they can undergo phase II liver detoxification and ultimately be converted
into water soluble substance that can be excreted from the body
via the stool or
urine.
It's your liver's task to convert it
into water - soluble waste so your body can eliminate it
via sweat,
urine, and bowel movements.
It's the job of your liver to metabolize these toxins and transform them
into water - soluble derivatives for subsequent elimination from the body
via stool,
urine, sweat and respiration.
Go to the liver, get metabolized
into a more water soluble metabolite, and then get excreted from the body
via urine.
Arginine: Aids in the conversion of the toxic waste product ammonia
into urea to be excreted from the body
via urine.
To test for the presence of infection your veterinarian will take a
urine sample in the office
via a catheter which is inserted directly
into the bladder.
Your vet can get a
urine sample from your cat
via cystocentesis (by inserting a needle directly
into his bladder, it's a simple procedure that does not require sedation) if you can't get one at home.
The body has two handy ways of regulating pH when its buffers aren't enough to do the job: by shuffling off extra H + ions
into the
urine, or by removing more CO2
via the lungs (one of the reasons that you breathe more rapidly when you exercise is to remove excess CO2 from your blood).