4 Mar 2021
At Proceive it is very important to us that our products always reflect the latest scientific research available. Over the past number of years the scientific evidence behind the natural form of folic acid, L-Methylfolate has grown considerably. We look at the difference between Folic Acid and Folate and why it matters.
It comes as no surprise that Folic Acid is very important for conception and pregnancy. This B vitamin is an essential nutrient that supports neural tube development in pregnancy. As this happens very early on in pregnancy it’s an important nutrient to look for in a conception supplement. It is recommended that women who are planning to conceive take a folic acid supplement daily prior to conception and for the first three months of pregnancy in addition a healthy balanced diet.
But did you know your body can’t just use folic acid as it is? Without getting too heavy on the science, it has to go through a conversion process into a form called Methyltetrahydrofolate (MTHF) in order for you to use it. However, recent research has shown that a significant portion of the population have a genetic variant which means they can not metabolise folic acid into the folate needed by the body.
As Gaye Godkin, Consultant nutritionist explains: “The conversion of folic acid to available folate by the body can be tricky, there are a number of enzymatic steps that need to take place in order to achieve this. The enzyme required to make folate bioavailable to the body is called Methylenetetrahydrofolate reductase or MTHFR for short. It has now better understood that in some people these enzymes don’t work properly, meaning folic acid may not be metabolised in the body correctly.”
In fact, research indicates that the MTHFR gene mutation can affect over 40% of women worldwide. As Gaye notes, this genetic variant can result in an inability to properly convert folic acid into folate. Therefore supplementing with the bioavailable form of folate, L-Methylfolate, can increase the absorption of folate, including in those who have this mutation.
Most conception supplements contain folic acid which needs to be converted into folate. At Proceive we only ever include the highest quality ingredients that are backed by robust clinical evidence. In response to the latest research we are pleased to let you know we have changed the folic acid in all Proceive products the more bioavailable form of folate, L-Methylfolate. All Proceive products, both women’s and men’s formulations now include 400ug L-Methylfolate.
Proceive® Women
Proceive® Women & Men Dual pack
4 Mar 2021
At Proceive it is very important to us that our products always reflect the latest scientific research available. Over the past number of years the scientific evidence behind the natural form of folic acid, L-Methylfolate has grown considerably. We look at the difference between Folic Acid and Folate and why it matters.
It comes as no surprise that Folic Acid is very important for conception and pregnancy. This B vitamin is an essential nutrient that supports neural tube development in pregnancy. As this happens very early on in pregnancy it’s an important nutrient to look for in a conception supplement. It is recommended that women who are planning to conceive take a folic acid supplement daily prior to conception and for the first three months of pregnancy in addition a healthy balanced diet.
But did you know your body can’t just use folic acid as it is? Without getting too heavy on the science, it has to go through a conversion process into a form called Methyltetrahydrofolate (MTHF) in order for you to use it. However, recent research has shown that a significant portion of the population have a genetic variant which means they can not metabolise folic acid into the folate needed by the body.
As Gaye Godkin, Consultant nutritionist explains: “The conversion of folic acid to available folate by the body can be tricky, there are a number of enzymatic steps that need to take place in order to achieve this. The enzyme required to make folate bioavailable to the body is called Methylenetetrahydrofolate reductase or MTHFR for short. It has now better understood that in some people these enzymes don’t work properly, meaning folic acid may not be metabolised in the body correctly.”
In fact, research indicates that the MTHFR gene mutation can affect over 40% of women worldwide. As Gaye notes, this genetic variant can result in an inability to properly convert folic acid into folate. Therefore supplementing with the bioavailable form of folate, L-Methylfolate, can increase the absorption of folate, including in those who have this mutation.
Most conception supplements contain folic acid which needs to be converted into folate. At Proceive we only ever include the highest quality ingredients that are backed by robust clinical evidence. In response to the latest research we are pleased to let you know we have changed the folic acid in all Proceive products the more bioavailable form of folate, L-Methylfolate. All Proceive products, both women’s and men’s formulations now include 400ug L-Methylfolate.
29 Jun 2022
If you’re a woman, you are likely very enthusiastic about getting all your ducks in a row when it comes Trying To Conceive (TTC). Hopefully you are already eating a healthy balanced diet and taking your prenatal supplements. But it’s important to know that your partner should be doing the same!
5 May 2022
If you’re a woman, you are likely very enthusiastic about getting all your ducks in a row when it comes Trying To Conceive (TTC). Hopefully you are already eating a healthy balanced diet and taking your prenatal supplements. But it’s important to know that your partner should be doing the same!
22 Apr 2022
We are delighted to announce that Dr Michelle Hone from The Fit Clinic is our new Proceive Brand Ambassador. Michelle is a huge fan of the Proceive range and we are thrilled to have her on board.
19 Apr 2022
We all know about the importance of taking folic acid during your pregnancy, but did you know Omega 3 plays an important role for both your health and that of your baby’s?
