Answer:
polygenic; multifactorial
Explanation:
A polygenic trait can be defined as any phenotypic feature of an organism that is controlled by the action of several polymorphic genes which interact with the environment to produce a given phenotype (i.e., they are multifactorial traits). The polygenic traits are controlled by many genes localized in different regions of the genome (i.e., <em>loci</em>) and exhibit a continuous range of variation, where each genomic region associated with the variation of the trait is called Quantitative Trait Locus (QTL). Some examples of polygenic/quantitative traits include, among others, height, hair color, weight, blood pressure, etc.
The fluid which has very high osmolarity used in the
experiment was Sucrose solution.
This fluid is important because it regulates the natural
reaction of the leaves and also prevents interference from outside sources.
It was essential to keep it cool because cold temperature
helps inhibit the rate of photosynthesis so it gives protection to degradation
of proteins.
3rd Degree Burns can cause any of the following: <span>Blisters, Pain, Peeling skin, Red skin, Shock, Swelling, and <span>White or charred skin.
</span></span><span>Third-degree burns go through the dermis and affect deeper tissues. They result in white or blackened, charred skin that may be numb.</span>