Please note: These suggestions on Essiac for children are our personal recommendations based on 14 years of experience in the Essiac Tea business seeing what works best. However, the recommendations are not backed by clinical studies and are greater than the serving sizes Rene Caisse had used for children. Follow at your own discretion.*
If your child weighs up to 15 lbs.
START WITH 1/4 ounce (7 mL) of tea twice per day. If tolerated well, WORK UP TO 1/2 ounce twice per day (14 mL).
If your child weighs 15-35 lbs.
START WITH 1/2 ounce twice per day. If tolerated well, WORK UP TO 1 ounce twice per day.
If your child weighs 35-55 lbs.
START WITH 1 ounce twice per day. If tolerated well, WORK UP TO 2 ounces twice per day.
If your child weighs 55-85 lbs.
START WITH 2 ounces twice per day. WORK UP TO 3 ounces twice per day.
If your child weighs 85 lbs. or more,
START WITH 3 ounces twice per day. WORK UP TO 3 ounces three times per day.
Although these serving sizes are higher than Rene Caisse's original chart for Essiac serving sizes for children, we have seen best results in children who had a much larger serving size than Rene's recommended serving sizes. The serving sizes above can still be increased to give your child the best chance of improved health. To have the best hope for good results, increase the serving size as much as possible.*
*One potential problem with using large servings for children is the fact that they can be more susceptible to diarrhea. Due to this reason, the recommendation that a large serving of Essiac be taken must be balanced against the downside of too much diarrhea. If you start out with a conservative serving as noted in the chart and build up the serving if the child shows no sign of a problem, you have a better chance of the child adapting to a higher serving size.
Through experimentation, you'll need to find the level of Essiac serving size that works best for the child. The diarrhea, although unpleasant, should not be uncontrollable and is a sign of detoxification. If it happens, it normally dissipates with time.