All of the above
Everything I Possess I Carry With Me was created in 2009.
Bacteria lack membrane-bound organelles, which distinguishes them from animal cells. Notable organelles absent in bacteria include the nucleus, mitochondria, and endoplasmic reticulum. Instead, bacteria have a simpler structure, with their genetic material located in a nucleoid region and energy production occurring across their cell membrane. In contrast, animal cells possess these complex organelles, allowing for greater compartmentalization and specialization of cellular functions.
The girl in the music video for "I Will Possess Your Heart" by Death Cab for Cutie is played by actress and model, Zooey Deschanel. The video explores themes of longing and unrequited love, with Deschanel's character embodying the object of the singer's affection. Her presence adds to the emotional depth of the song, illustrating the complexities of desire and connection.
Frogs possess a pair of specialized organs called vocal sacs, which allow them to produce loud mating calls, a feature that humans do not have. Additionally, frogs have a unique structure known as a nictitating membrane, a transparent eyelid that protects their eyes while maintaining visibility. They also possess a cloaca, a single opening for excretion and reproduction, whereas humans have separate openings for these functions.
well he's sweet and love-able but sorry im with him so he's mine CHRIS N KRISTINE 4 LIFE
Complexity of paramecium over amoeba. Amoeba has no definite shape, moves by pseudopodia and must capture its food with cytoplasmic projections. They reproduce by binary fission alone. Whereas Paramecia contain a pellicle that gives it a more defined shape. It possesses cilia for movement, nuclei and awell defined mouth pore for food to enter. It also contains 2 stationary contractile vacuoles that helps maintain homeostasis. It is capable of reproduction in two different ways: conjugation and binary fission.
They possess two flagella
No, Lactobacillus bacteria do not have flagella. They are non-motile, meaning they do not possess structures like flagella for movement. Instead, they rely on other methods for growth and colonization.
dual flagella, meaning it possess two flagella
No they do not have Flagella, Capsules, and do not negative stain.
Paramecium possess contractile vacuoles that help regulate water content within the cell and prevent it from bursting due to excess water entering through osmosis. These vacuoles actively pump out water to maintain a stable internal environment.
EUKARYOTES are the cells w/ true nucleus.
Paramecia exhibit characteristics of living organisms, such as movement, growth, and reproduction. They respond to stimuli in their environment and possess organelles that carry out life-sustaining functions, like metabolism and waste elimination. Additionally, paramecia have the ability to adapt to changes in their surroundings, which is a key feature of living organisms.
All protists have a nucleus and are eukaryotic. They can be unicellular or multicellular, and they exhibit diverse modes of nutrition such as autotrophic, heterotrophic, or mixotrophic. Additionally, protists possess various organelles like mitochondria, plastids, and flagella.
Contractile vacuoles are primarily found in single-celled organisms, such as protists, that live in freshwater environments. They help regulate the water content of the cell by pumping out excess water to prevent it from bursting. Neither animal nor plant cells typically possess contractile vacuoles.
The most complex single-celled organisms are known as eukaryotic microorganisms. These organisms possess a nucleus and other membrane-bound organelles, which differentiate them from prokaryotic microorganisms like bacteria. Examples include protists like amoebas and paramecia.
Motile bacteria possess flagella or flagellum if just one, which they rotate much like the propeller on a ship through a complex protein 'motor' situated in the cell membrane. They can be located singularly at one end of the cell, singularly at both ends (never too sure how they get anywhere!), as groups at the ends of the cell or over the entire surface.