Back from my trip and each day was an aggregation of little terror’s.I was on the end of a bad attack-about 6 weeks worth and had finishedthe last week of the attack with an agressive 1 week of cortizone,which bty the way, for me, does a great job of relieving theinflammation but nothing to make the cause, the crystal deposits,better.
When I am finishing a bout with the pain, my toe seems to be a verysensitive detector for what causes pain. That pain is alwaysassociated with meals. Particularly on a trip, where you are supposedto be having fun, you are under peressure. If not direct pressure,certainly a social kiknd of pressure, to eat some of the great foodthat you encounter on your trip.
Well, I have noticed that there are two kinds of pain stimuliassociated with food. The first will come within one hour of eatingand the second, often not related to the onset or the intensity ofthe second pain happens some 6 to 8 hours after the meal and usuallyhits in the middle of the night. that one, bacause I am now verycareful about what I eat, does not happen very often, but I do slipup and eat a steak or some other offender.
I believe I understand this pain after 1 hour phenomenon now.
Again it goes back to Chemistry but this time it is not really thatsimple. I will try to explain the principle and once you get it, youwill be able to remove some of the stimuli that get you into trouble.i.e. into the pain and swelling.
In the chemistry world there is a phenomenon that has been understoodand taught to chemistry majors for as long as our currentinstitutions have been standing. The Germans of old, I mean back inthe alchemy days had measured the solubility of compounds and thephenomenon dates well back into the 17th centruy. It has to do withsoluability of weakly soluable substances in water and there is, withevery substance, what is called a soluability constant. Ksp is theterm if you are going to ask your doctor but he is unlikely to knowwhat it really means.
Now don’t freak out because you see a formula..
NaU <=====> Na+ and U-This is an equillibrium situation and there is a soluability thatsodium urate will achieve when there is an excess of the solid formand this equillibrium will be establ;ished if the system is a testtube or if it is your foot. The constant K is the product of theamount of Sodium (Na+) times the amount of Urate (U-) that will bedissolved in an aqueous solution. If you increase the amount of, forexample, sodium that is in the solution, then the amount of urate (U-) that it takes to make the constant goes down.
In other words, if you put salt into your system, it will tend tomake the Sodium Urate that is dissolved in your blood want tocrystallize out. Increase your salt intake and you will inducecrystal formation.
I’ll finish this later but you have the overall conclusion.
I am proposing that we need to go onto a low salt diet during anattack. It is the salt in the ood we eat that makes that attack afteran hour of eating. the 6 to 8 hout one comes from breakdown of thefood into the uric acid and tha is different.
Low salt intake during an attack.