Swim Lab Report

Friday, October 22, 2021 5:30:36 AM

Swim Lab Report

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Can You Beat Lab of Legends Without Killing a Single Nexus? - Legends of Runeterra (LoR)

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Use your string and ruler or meter stick to determine the total length, fork length, and girth of your fish. Record this in Table 1. Locate the 3 body regions of the perch head, trunk, and tail. Label these on Figure 1. Open the perch's mouth and observe its bony jaws. The upper jaw is fixed and will not move. The mandible is the moveable part of its jaw. Locate and label the upper jaw or maxilla and the lower jaw or mandible. Feel the inside of the mouth for the teeth. Open the mouth wider and use a probe to reach back to the gill chamber. Find the lateral line on the side of your perch. Label this line on Figure 1. Locate the nostrils and label on Figure 1. Locate and note the location of the eyes. Label on Figure 1. Find the bony covering on each side of the fish's head called the operculum.

Protozoans are unicellular eukaryotes with either plant- or animal-like characteristics. Through careful observation, we analyzed various protozoan cultures in order to identify characteristics associated with cell structure and movement of these one-celled organisms. We found that Protists exhibit certain characteristics that allow them to be categorized into different groups, mainly determined by their locomotion patterns. Despite differences in locomotion and the varying plant-like and animal-like organelles, all protists share key characteristics and functions that allow them to feed, grow, and reproduce--processes essential for survival and common to complex organisms.

Although unicellular, they have a nucleus and membrane-bound organelles, making them functionally complex despite their small size. Each small protist is a self-supporting unit, carrying out all the processes for survival in just one cell. They thrive on moisture and can be found on moist soil and in fresh and marine bodies of water. There are about 30, known species of protozoans, commonly classified according to their movement patterns as sarcodines—moving with false feet called pseudopodia or, flagellates—moving with whip-like structures known as flagella, ciliates—moving with short hairs known as cilia, and sporozoans—with no movement.

They all have varying shapes, sizes, and survival strategies. Despite their differences, all protists have several characteristics in common. In addition to a nucleus or nuclei to house their genetic material, most protists have mitochondria for metabolic functions, and vacuoles for digestion and excretion. With the help of these and other cellular structures, protists may feed, grow, and reproduce. In this lab we observed select examples of protists in order to identify their cellular structures, and determine to which group of protista they belong based on their form of movement.

We also made drawings of our observations using light and dissection microscopes to practice proper microscopy skills, including making wet-mount slides and cell sizing. By observing, drawing, and classifying protista, we learned about the cell structure and movement patterns of these one-celled organisms. We also learned about the differences and similarities of various protist cells. Since we will observe how protists move, it will be interesting to figure out patterns of locomotion. For example, what happens when the protist encounters an obstacle? Does motion change when the organism is feeding? How does motion relate to where the organism lives? What characteristics do the protists exhibit: plant, animal, or both? Three protists were chosen for observation.

See the list of protists below to choose three samples. For each of the protists, a pipette was used to extract a few drops of culture from the culture jar.

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