<video><caption><image_55>The image is a close-up of a person's finger pointing towards a white circle with small black dots scattered around it. The circle appears to be in the center of a grid-like pattern, with three smaller circles on either side. The numbers "32" and "33" are visible on the right side of the image. The background is dark, and the focus is on the finger and the white circle.</caption><caption><image_56>The image shows a set of nine circular images arranged in a grid-like pattern. Each image is a close-up of a person's finger pointing towards a white circle with a black outline. The circles are of different sizes and shapes, with the largest circle in the center and the smaller ones on either side. 

The first circle on the top left is labeled "21", the second circle is numbered "22", the third circle is marked "29", the fourth circle is labelled "30", and the fifth circle is filled with small black dots. The background of the image is black, and the circles are arranged in two rows and three columns.

In the center of each circle, there is a white line drawing of a tree branch. The tree branch appears to be made up of thin, thin lines and dots, and it is outlined in black. The lines are curved and appear to be scribbled or scribbled. The image appears to have been taken in a laboratory setting, as there are no other objects or objects visible in the background.</caption><caption><image_57>The image is a collage of nine circular images arranged in a grid-like pattern. Each image is labeled with a number from 1 to 20, and each image has a different color. 

The first image on the top left shows a close-up of a white circle with a black line drawing of a plant stem. The second image shows a black and white line drawing with a few lines and dots scattered around it. The third image shows the same line drawing as the first one. The fourth image shows two lines of white lines, one on each side of the circle, and the other on the bottom right. The fifth image shows three lines of black lines, the sixth line of white, the seventh line of black, the eighth line of pink, the ninth line of blue, the tenth line of green, the eleventh line of purple, the twelfth line of orange, the thirteenth line of yellow, the last line of red, the final line of brown, the second line of gray, the third line of light blue, and finally the last row of orange.

In the bottom left corner of the image, there is a hand pointing at one of the lines. The background is black, and it appears to be a</caption></video><transcript><audio_58>structure or shape of bacteria there are four main kinds the Cox I that are round like these that are common in the air the bacilli that are rod shaped like these from gas gangrene</transcript><transcript><audio_59>thus Parrilla that are spiral like these taken from a sample of well water and the filamentous form such as these thread-like ones structure or shape is one of the principal characteristics used by bacteriologists to classify or</transcript><video><caption><image_60>The image is a close-up of a grid of six circular images arranged in a grid-like pattern. Each image has a white background and is labeled with numbers from 1 to 36. 

The first image on the top left shows a group of small, irregularly shaped cells, which appear to be blood vessels. The cells are of different sizes and shapes, with some having a darker color and others having a lighter color. The numbers range from 0 to 36, and the cells are arranged in three rows and three columns.

In the center of each image, there is a larger, circular image of a cell with a small amount of blood vessels inside. The cell appears to be a type of blood vessel, as indicated by the numbers on the left side of the image. The blood vessels are white in color and have a rough texture, while the cells appear to have a more uniform appearance. The image appears to have been taken from a microscope, as there are no other objects or structures visible in the background.</caption><caption><image_61>The image is a grid of 16 circular images arranged in a grid-like pattern. Each image has a different color and size, with each image representing a different type of blood smear. The colors range from light pink to dark pink, with some areas appearing darker and others appearing lighter. The images are arranged in rows and columns, with the largest image in the center and the smaller ones on either side. The background of the image is black, making the colors of the images stand out.</caption></video><caption><image_62>The image is a microscopic view of a circular object, which appears to be a microscope slide. The object is white in color and has a smooth surface. It is surrounded by a thin black line that runs diagonally across the center of the image. There are several small, irregularly shaped structures scattered throughout the image, including a few small, elongated structures. The structures appear to be elongated and have a rough texture. The image is taken from a top-down perspective, looking down on the object.</caption><transcript><audio_63>identify different kinds of bacteria the life processes of bacteria are simple we've already seen how bacteria obtain food now we will consider their reproduction which takes place through simple division of the cells in drawings</transcript><transcript><audio_64>we can see that bacterium cells are continually growing when a cell reaches maturity it divides again this goes on and on about every half hour as long as the food supply holds out or until some unfavorable conditions slows down or</transcript> structure or shape of bacteria there are four main kinds the Cox I that are round like these that are common in the air the bacilli that are rod shaped like these from gas gangrene thus Parrilla that are spiral like these taken from a sample of well water and the filamentous form such as these thread-like ones structure or shape is one of the principal characteristics used by bacteriologists to classify or identify different kinds of bacteria the life processes of bacteria are simple we've already seen how bacteria obtain food now we will consider their reproduction which takes place through simple division of the cells in drawings we can see that bacterium cells are continually growing when a cell reaches maturity it divides again this goes on and on about every half hour as long as the food supply holds out or until some unfavorable conditions slows down or
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