The purpose of this lab was determining the effect of surface area on the beets ability to interact with the environment. Three similar sizes of beets were assigned. Each beat was cut up into different sizes as one large piece, two smaller pieces and eight tiny pieces. All three different slices of beets were placed in their own containers and tested.…
Betalains, incandescent tints made using an amino acid called tyrosine, gives beets their vibrant red hue. Plants modify tyrosine by adding other molecules to create other substances, such as morphine in the opium poppies. A tyrosine-making enzyme stays on longer in beets when it is supposed to turn off after a certain amount is made. This is likely the crucial change that beets needed to develop their signature red coloring. At first, there would have been no use for the extra tyrosine. However, at a later stage in their evolutionary history, red beets developed enzymes that made use of the extra tyrosine, creating its red pigment. Research suggests that betalains may help plants weather stress and perhaps attracted pollinators with their…
If beet membranes are damaged, the red pigment will leak out into the surrounding environment.…
Bee propolis is one of the most beneficial substances known to human kind. It is considered as a natural antibiotic because it performs multiple functions in human body. Bee propolis Canada is one of the most natural and purified forms of propolis on earth. Bee propolis Canada is harvested by hand and is naturally purified to gain its full potency. Bee propolis is a natural product which is created by bees as they collect a resinous sap material from forest trees and mix them with wax. All of this process of bee propolis formation is completed in hives.…
Beta vulgaris contains a beta cyanin which is a water-soluble red-pigment, which remains in a healthy vacuole surrounded by the tonoplast membrane. When we damage the tonoplast membrane and thus disrupt the vacuole, this red pigment spilled out into the solution and the solution turns red with a higher intensity of color proportionate to a higher amount of damage to the membrane.…
It is common knowledge that plants need light to grow and develop. This is done by the conversion of light energy into usable sugars during photosynthesis. Light absorbing molecules, known as pigments, absorb only specific wavelengths of visible light, mostly blue and red wavelengths (1). Whatever wavelength isn’t absorbed is reflected and the reflection is the color of plant we see. Plants also respond to wavelengths of light in non-photosynthetic related responses allowing them to adjust to their environment for optimal growth and development.…
more damage on the membrane of the beetroot causing it to leak its betacyanin in a higher…
Purpose: Examine the role of the cell membrane in the cell by disrupting its function using temperature (Biology 107 Laboratory Manual 2014). This will improve the general understanding of optimal growing temperatures and the breakdown of the cell membrane Procedure: Betacyanin solution of a known concentration was diluted to create a dilution series, then placed in a spectrophotometer set to 525 nm. The absorbance of the dilution was used to create a standard curve for betacyanin. Discs of living beet roots were then placed in water and exposed to various temperatures. A sample of the water that the beets were in was taken and absorbance was determined by the spectrophotometer and concentration from the standard curve for betacyanin.…
• While the phospholipids bilayer is a highly organized system with multiple functions, it is also highly dynamic and can be functionally described using the fluid mosaic model (FMM)…
It is very common for writers to use literary devices as tools to help convey the meaning of their work. In the passage from the novel, The Beet Queen, written by Louise Erdich, Erdich uses literary devices to depict the impact of the environment on the two children. The author uses imagery to describe the physical effect of the environment on the children, selection of detail to depict the tree’s impact on the children, and point of view to clearly explain the impact the environment has on the children.…
The results from Table 2 and Figure 1 reveal that the rate of photosynthesis increased from a cold temperature to room temperature; however, the rate of photosynthesis decreased in the body temperature. This means that the hypothesis was rejected. The rate of photosynthesis did increase, but only to a certain point. Based on these results, it can be concluded that photosynthesis performs better at room temperature that at cold temperature because thee low temperature slows down the reactions taking place in the chloroplasts. Photosynthesis performs better at room temperature than at body temperature because at hot temperatures, the reactions in photosynthesis must be negatively affected.…
A Man Created a Homemade Beehive in Order to Save the Bees…His Invention Has Spread All Over the World…
From our data, we noticed that the temperature had an effect on the germinated Pisum sativum seeds. As the temperature increased, the rate of cellular respiration was doubled. At 45 degrees, the rate still increased, but it just barely increased. In the Zophobus morio we noticed that the rate increased from 10 degrees to 20 degrees. It then began to decrease as we continued to raise the temperature of the water. We got a negative amount for the 45-degree test of the experiment.…
Phat Beets Produce is a volunteer-run organization focused on making communities healthy, stable through gardens and farmers markets. Phats believe in supporting small farmers, empowering youth through growing and selling food, and organizing their communities through garden projects.…
Beetroot cells contain a red pigment, which is stored in the cell vacuole and a vacuole membrane to prevent this leaking out of the cell surrounds it. The outer of the cell is also surrounded by a membrane, which again helps contain the pigment inside the cell. In this experiment I aim to find out the relationship between the leakage of red pigment from a beetroot cell and the surface area. To do this successfully I will need to alter the surface area of the beetroot cells accurately and then measure if any and how much dye is let out. I can hopefully then look at my results and then find a relationship between the two factors and be able to explain exactly why any changes took place.…