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4. Consider the following triglycerides: CH(CH2)C-O-CH2 A B In B, circle the portion of the triglyceride derived from glycerol. Which triglyceride, A or B, is more likely to be a liquid at room temperature? Answer:

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Text: Case Study: Isolation of a Novel Antimicrobial Agent Read the overview below and complete the activities that follow. Nearly all the antimicrobials used to stop bacterial infections are natural compounds that are isolated from other microbes. For example, penicillin is derived from fungus, while vancomycin, the antibiotic used when bacteria are resistant to many other medications, comes from bacteria. Furthermore, although many antimicrobials are chemically synthesized to resemble natural antibiotics, the "models" for them are natural products from microbes themselves. As more bacteria become resistant to traditional antimicrobials, alternative medications must be found. Recently, scientists discovered a completely new type of antibiotic that comes from Hydra, a small freshwater creature famous for regenerating itself when its tissues are severed. While investigating defensive mechanisms on the skin of Hydra in 2008, scientists at the University of Kiel in Germany came across a protein that is active against both Gram-negative and Gram-positive bacteria. Most importantly, it works against some drug-resistant strains of bacteria. They named this protein hydramacin. Most antimicrobials currently in use are small molecules containing ring structures. But hydramacin is a protein consisting of 60 amino acids, and its structure is unlike that of any known antimicrobial, although very similar to the proteins found in scorpion venom. Short protein molecules have been isolated from various animal sources, and hydramacin is a particularly promising one. Of course, there is a path between the laboratory discovery of a compound that inhibits bacteria and the production of a safe medication derived from that compound. In vitro and in vivo testing determine whether the compound has any toxic effects on the patient. As you learned in this chapter, the best antimicrobials are selectively toxic. Whether hydramacin, so closely related to scorpion venom, passes this test remains to be seen. Kirby-Bauer Disc Diffusion Test: Analyze the results of the Kirby-Bauer disc diffusion test seen in this image and answer the following questions below. Which of the following medications created the largest zone of inhibition? - Amikacin - Colistin - Ampicillin - Tetracycline - Cephalothin - Chloramphenicol 7. Please evaluate the test organism's sensitivity to chloramphenicol. - Resistant - Intermediate - Sensitive What is the test organism's level of sensitivity to tetracycline? - Resistant - Intermediate - Sensitive
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the correct answer) a. medulla oblongata b. pons c. midbrain d. thalamus e. hypothalamus f. cerebellum g. corpus callosum h. hippocampus i. amygdala j. pituitary gland k. pineal gland l. basal ganglia m. limbic system n. cerebral cortex o. ventricles p. meninges q. cranial nerves r. spinal cord s. optic chiasm t. fornix u. corpus striatum v. substantia nigra w. reticular formation x. superior colliculus y. inferior colliculus z. cerebral aqueduct aa. fourth ventricle bb. third ventricle cc. lateral ventricles dd. interventricular foramen ee. central canal ff. choroid plexus gg. arachnoid granulations hh. falx cerebri ii. tentorium cerebelli jj. dura mater kk. pia mater ll. arachnoid mater mm. gray matter nn. white matter oo. gyri pp. sulci qq. fissures rr. commissures ss. association fibers tt. projection fibers uu. arcuate fibers vv. longitudinal fissure ww. transverse fissure xx. lateral ventricles yy. third ventricle zz. fourth ventricle aaa. cerebral aqueduct bbb. interventricular foramen ccc. central canal ddd. optic chiasm eee. fornix fff. corpus callosum ggg. cerebral cortex hhh. basal ganglia iii. limbic system jjj. reticular formation kkk. substantia nigra lll. superior colliculus mmm. inferior colliculus nnn. thalamus ooo. hypothalamus ppp. pituitary gland qqq. pineal gland rrr. hippocampus sss. amygdala ttt. pons uuu. medulla oblongata vvv. midbrain www. cerebellum xxx. spinal cord yyy. meninges zzz. cranial nerves aaaa. olfactory cortex bbbb. primary auditory cortex cccc. primary visual cortex dddd. primary somatosensory cortex eeee. primary motor cortex ffff. Broca's area gggg. precentral gyrus hhhh. postcentral gyrus iiii. central sulcus jjjj. lateral sulcus kkkk. parieto-occipital sulcus llll. transverse cerebral fissure
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Question Text
4. Consider the following triglycerides: CH(CH2)C-O-CH2 A B In B, circle the portion of the triglyceride derived from glycerol. Which triglyceride, A or B, is more likely to be a liquid at room temperature? Answer:
TopicAll topics
SubjectBiology
ClassClass 11