£29.95
Vitamen Boost provides a complex of well researched antioxidants designed to combat oxidative stress. Recognised as a leading contributor to male infertility, oxidative stress is linked to low sperm count, low motility and a high number of mis-shapen sperm.
Male infertility is a common issue worldwide, contributing to 50% of infertility cases among couples. One of the main factors affecting male fertility is oxidative stress, a condition where harmful molecules called free radicals overwhelm the body’s natural defences. This damage can lower sperm quality and quantity, making conception more difficult.
Vitamen Boost is our high strength antioxidant complex, to reduce oxidative stress and support male fertility.
To be taken alongside Vitamen as a "booster", either for men who have poor semen results, or who want to protect their productive health against oxidative stress. If using long term alongside Vitamen, take for 3 months followed by a break of at least 1 month.
One capsule should be taken twice a day with food, ideally for at least 3 months prior to conception.
Fertility: Important antioxidant which assists in protecting both partners' DNA from oxidative damage for healthy eggs and sperm. Also critical for the normal function of the immune system and helps with absorption of Iron
Pregnancy: A powerhouse supporting immune health and collagen formation.
Most men who are preparing to have a baby will probably not choose to take Vitamen Boost as well as Vitamen. However, we would usually recommend that couples who are finding it difficult to get pregnant, who have experienced recurrent miscarriage or who are about to have assisted fertility treatment, should consider investing in the extra antioxidant support that Vitamen Boost provides.
Research has shown that micro-nutrients used in Vitamen Boost help with sperm health. Sperm health includes mobility, motility, formation, and sperm count.
There are a lot of lifestyle changes that can be made productively. Click here for more information.
“RDA” is an abbreviation of “Recommended Daily Allowance.” The RDA was devised by the Dept of Health in the UK in 1979 to provide guidance on the intake of a limited number of specific vitamins and minerals that an average adult should have daily in order to avoid a deficiency that may lead to disease or general ill-health. Whereas this was, and remains, a useful benchmark for judging the contribution that any supplement may make to reaching those minimum requirements, it wasn’t intended to represent an indication of optimum intake. You will probably have noticed that many supplements, particularly premium priced ones such as our own, contain daily levels that are frequently many times higher than the RDA, sometimes substantially so. This is because the vitamins and minerals concerned have been set at therapeutic levels in an attempt to boost the body’s store of the nutrients concerned, often for a particular and limited period of time, the need for which can of course vary depending on factors such as general health, age etc. It is universally recognised that pregnancy, and preparing for pregnancy, for example, benefit from special attention to nutrition on the part of both partners. All of the formulations within the Zita West range are well within the Government’s guidelines for what represents the upper safe limit (USL) for long term daily supplementation of any given nutrient.
If just looking for a potent antioxidant formula then yes, however we usually recommend that all our clients who are trying to get pregnant consider taking, as a first nutritional step, a good quality multivitamin and mineral supplement, like Vitamen, to help support their everyday diet. Vitamen has been specifically developed to help protect a man’s daily intake of those micro-nutrients that we believe are the most important for all- round pre-conceptual health.
Vitamen Boost has been developed as a companion product to Vitamen for those of our clients who might also benefit from boosting their intake of antioxidants to help further protect their paternal DNA from oxidative stress. Research suggests that oxidative stress may be associated with an increased incidence of sub-fertility, recurrent miscarriage and IVF failure.
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