The phrase "a complex mixture of components" is correct and usable in written English.
It can be used when describing something that consists of various different elements or substances that are combined together.
Example: "The solution is a complex mixture of components, including various chemicals and organic compounds that interact in unique ways."
Alternatives: "a diverse blend of elements" or "a multifaceted combination of ingredients."
These formulations are a complex mixture of components (i.e. laminarin, fucoidan, alginates and minerals) that may vary according to the macroalgal source, the season of collection and the extraction process used [3, 4, 12, 13].
However, while OVA is a single protein, HDM represents a complex mixture of components – both protein and non-protein.
Snake venoms contain a complex mixture of components with a wide range of biological and pharmacological activities.
In many cases phytochemicals can be more effective than chemically synthesized pure compounds because they are a complex mixture of components.
Given that bioactivity guided fractionation processes are commonly used to meet the logistic demands of enriching such a complex mixture of components, it is important to note that different cell lines have been reported to vary in their sensitivity to each of the different bioactive compounds isolated from propolis.
Here we show that natural muscle-specific coatings can (i) be derived from decellularized, solubilized adult porcine muscle, (ii) contain a complex mixture of ECM components including polysaccharides, (iii) adsorb onto tissue culture plastic and (iv) promote cell maturation of committed muscle progenitor and stem cells.
Snake venom is a complex mixture of different components that include peptides, proteins, enzymes, carbohydrates, and minerals.
In vivo, specific extracellular regulatory microenvironment consists of cytokines, growth factors, and a complex mixture of matrix components to control cell behavior and biological functions of stem cells.
When the sample is a complex mixture of bacterial cell components and pigment, the observed spectrum is indistinguishable for a clear identification, e.g., between the C. violaceum wild-type strain and C. violaceum CV026 strain as shown in Figure5. Figure 5 Spectrophotometric measurement of both C.
The saliva of haematophagous arthropods can counteract these barriers by using a complex mixture of pharmacologically active components, which are injected into the host skin during the probing and ingestion phases of feeding [ 6, 7].
Second, the human diet is a complex mixture of nutrients, antinutrients, functional components of varying degree of biological activities.
