How Microalgae Is Considered As The Third Generation Biomass

Sargassum is used by larvae to travel to other locations and this allows the ocean to be more diverse. They also produce oxygen since they are photosynthetic. Algae is not a Linnaean classification but they are in kingdom Chromista and Plantae. Algae has three grouping of brown, red, and green algae. Brown algae contain chlorophyll an and c and are in kingdom Chromista. Red algae contain a pigment called phycobilins and only contain chlorophyll and are in kingdom Plantae. They are used as a food additive in ice cream and used in sushi. In their blooms they become known as the red tide and will secrete nerve toxins in the water. Green algae contain chlorophyll a and b and are in kingdom Plantae. Some of the common are dead mans finger, sea lettuce, and mermaids

Methods: This lab was conducted by using seaweed and different light intensities of 0, 25, 75, and 100 watts. To accurately observe the change in production, the oxygen was measured in this experiment. This was done simply by counting the bubbles that were produced over a period of time. The change in oxygen production was measured three times at one hour intervals. At each hour, the oxygen bubbles were counted and the data was collected using a data table.

In this experiment, algae solutions of different concentrations of carbon dioxide, on algal growth are tested to determine the effect of varying concentrations of carbon dioxide, on algal growth over a period of nine days. The rate of photosynthesis was deduced from the change in turbidity levels of the solution.

Carotenoids - General it is possible to the more colour the higher the degree of carotenoids. Try out carotene is easily the most popular carotenoid. These kinds of enhance the defense mechanisms, assistance being an anti-oxidant, shield against most cancers, fight coronary disease, and also help eyesight. Heart disease is yet another spot wherever chlorella lights. Adding to using carotenoids showed that this reduce heart disease in half.

Cualerpa Taxifolia otherwise known as “Killer Algae” is one of the most invasive algae in the world. The “Killer Algae” was first uncovered by an oceanographic museum in Monaco France. The alga was first discovered by a diver exploring the ocean behind the museum. When he dove he expected to see the grey green plant that normally grew behind the building, but instead he found a bright green plant that had completely taken over the seabed. Astonishingly, he had found Cualerpa Taxifolia. The algae were first bred in Stuttgart Germany as a decorative aquarium plant. It got to Monaco by ship and put in their aquariums, which eventually got dumped into the sea behind the museum. Therefore, the algae covered the seabed

Scripps Institution of Oceanography research focuses on the natural aspects of marine algae and cyanobacteria from sea grass and many other sea organisms that demonstrates biomedical property uses. Dr. Gerwick demonstrated the use of Discodermia ; compound molecules that inhibits cancer

The evolutionary diversity of photosynthetic eukaryotes are various plants that have developed overtime, and the reason for such biochemical similarity despite lack of common ancestry is because of endosymbiosis occurring between organisms, the host cell which is the respirational cell consumes the photosynthetic cell, because all eukaryotic cells have mitochondria, but not all have chloroplast. Due to photosynthesis it occurs everywhere around the earth from different types of plants from the main central is the sunlight the chemical energy enabling the process.

Secondary or primary metabolites produced by these organisms may be potential bioactive compounds of interest in the food and neutraceutical industries. The worldwide demand is growing for seaweeds as useful resource for food ingredients and processed foods [22, 23]. Therefore, algae can be a very interesting natural source of new compounds with biological activities that could be used as functional ingredients. E. cava, a kind of brown alga (Laminariaceae) that is found abundantly in the sub tidal regions of Jeju Island, Korea and Japan [24]. It is plentifully produced Jeju Island of Korea for commercial purposes. This brown seaweed is popular in Korea and Japan as a food ingredient, supplement of animal feed and fertilizers [25]. In addition, increasing number of scientific papers published for last few years highlighting that various biological activities and their possible industrial applications of the brown seaweed E. cava.

Cyanobacteria are ill-shaped relatives of bacteria, contrary to the name, that are aquatic microörganisms, which often grow in colonies that are large enough to be seen with the naked eye, that perform photosynthesis to make their own food. Since they make their own food, they are reliant only on the sun, which would make them highly self-sustaining. This would stand to reason as they have the distinction of being the oldest found fossils to date, at about 3.5 billion years of age.

Microalgae, Seaweed, Duckweed, and Rapeseed) and Legislative Aspects for Their Application in Food and Feed Production. Comprehensive Reviews in Food Science and Food Safety. 12(6):662-678.

To grow, reproduce and sustain itself as a whole, algae needs sunlight, the right conditions, and a balance of nutrients. These thing may occur naturally or by controlled settings. Often for experimentation and testing, different nutrients will be added to the water to measure the

Ways Environmental Growth Conditions Affect the Growth of Algae, Chlamydomonas, in a Two Week Culture

Is the Chlorella vulgaris capable of improving the water quality of the samples taken from the Estero de San Miguel?

In this lab report we will be gathering information over 14 days on the growth of an Ankistrodesmus culture solution. We will be using a Sodium Chloride solution for our pollutant and Alga-Gro as a fertilizer. The purpose of this experiment is to see what ratio is best for growing algea. Although we are testing the growth of algea we cannot see the growth ourselves so we use an instrument called a spectrophotometer. We will be using this instrument the day we mix our solutions as well as day 7, and day 14. As described in another report, Although many may not be aware, Backer states that “Algae [is] present in all aquatic environments” (Backer, L. 2015). Therefore, understanding them could lead to terrific scientific discoveries.

Algae is everywhere aquatic so it has any shape or form. Algae is usually identified as sheets of green, it is not the case as algae has many colors. Red, orange, brown, and yellow are some colors algae can be. It grows in the sea, fresh water, you name it. It can grow in small patches or a huge old sheet of it if there’s not so many fish to eat it and the water is very nutritious. It grows on the surface layers of water. It can grow on the beaked sea snake and pretty much every fish, object, skeleton, whatever in the ocean. Algae can spread throughout water by waves, objects, or animals.