In particular, whereas the use of a very high dose is associated with the most protective effects for few phytochemicals, the lowest dose turns out to be the most effective for other compounds.
Although a few of these phytochemicals are now established as potent monosubstance drugs in modern medicine, most of them have not been structurally characterized and/or explored regarding their potential beneficial effects for human health.
Since the last few decades, the utilization of phytochemicals is emerging against several human cancers, including lung, breast, colon carcinoma, lymphoma, and other hematological malignancies.
Within the last few decades, the extracts and phytochemicals of Rubia plants have drawn much attention due to their potent bioactivities.
The tested phytochemicals are just a few specific examples of amphiphiles that partition into the membrane and thereby become promiscuous modifiers of membrane protein function.
From many recent cladistic analyses it is known that only very few non-molecular or phytochemical characters are non-homoplasious [28].
In contrast, pre-treatment with the phytochemical agents resulted in cells with fewer apoptotic features.
Phenolic phytochemicals modulate numerous unrelated proteins and biological pathways but few binding sites have been identified.
But few may know that fruits and vegetables containing anthocyanins, a subset of phytochemicals, may be the most healthful things you can eat.
Apart from these, there were also few other sharp peaks, which might be due to the existence of the organic phytochemicals in the mix [26].
