6ef0_5214
Which one of the following cell disruption techniques correspond to the description 'Extreme temperature variations cause cell wall rupture.'.
Enzymatic Method Incorrect Freeze-thaw Correct Mechanical Homogenizer Incorrect Sonication Incorrect MCd0e0_ed27
Which one of the following cell disruption techniques correspond to the description 'Drill-like device with spinning rotor blades to shear cells apart.'.
Bead-beating Incorrect Mechanical Homogenizer Correct Mortar & Pestle Incorrect Sonication Incorrect MCa7e1_cc94
Which one of the following cell disruption techniques correspond to the description 'A hydraulic press drives a piston to squeeze the sample through a needle valve.'.
French Press Correct Mechanical Homogenizer Incorrect Microfluidizer Incorrect Sonication Incorrect MC9cd1_536d
Which one of the following cell disruption techniques correspond to the description 'Large numbers of samples are disrupted simultaneously using a bead-beating machine.'.
French Press Incorrect High-throughput Homogenizer Correct Mechanical Homogenizer Incorrect Sonication Incorrect MC6994_5873
Which one of the following cell disruption techniques correspond to the description 'Digestion of the cell wall by chemical reactions.'.
Dounce Homogenizer Incorrect Enzymatic Method Correct Freeze-thaw Incorrect Microfluidizer Incorrect MC0cc0_18cf
Which one of the following cell disruption techniques correspond to the description 'Cells are forced through a tiny hole by a high-pressure hydraulic piston.'.
Bead-beating Incorrect Dounce Homogenizer Incorrect Enzymatic Method Incorrect French Press Correct MC2910_efc0
Which one of the following cell disruption techniques correspond to the description 'Under cold temperatures, the water inside the cells expands into ice, causing the cells to burst open.'.
Bead-beating Incorrect Enzymatic Method Incorrect Freeze-thaw Correct Microfluidizer Incorrect MC3b56_3e29
Which one of the following cell disruption techniques correspond to the description 'Cells are smashed using a spinning handheld device in a tube.'.
Dounce Homogenizer Correct High-throughput Homogenizer Incorrect Mechanical Homogenizer Incorrect Sonication Incorrect MC7636_c782
Which one of the following cell disruption techniques correspond to the description 'High pressures are generated using a Z-shaped chamber and a pump.'.
High-throughput Homogenizer Incorrect Mechanical Homogenizer Incorrect Microfluidizer Correct Mortar & Pestle Incorrect MC0f0a_4174
Which one of the following cell disruption techniques correspond to the description 'Cell suspensions are subjected to variable temperatures, resulting in rupture of the walls.'.
Freeze-thaw Correct Mechanical Homogenizer Incorrect Mortar & Pestle Incorrect Sonication Incorrect MC7403_025a
Which one of the following cell disruption techniques correspond to the description 'The cell walls rupture due to extreme temperature variations.'.
Enzymatic Method Incorrect Freeze-thaw Correct French Press Incorrect High-throughput Homogenizer Incorrect MC246a_ac4d
Which one of the following cell disruption techniques correspond to the description 'Uses a pump and a Z-shaped interaction chamber to create high pressures.'.
Freeze-thaw Incorrect French Press Incorrect Microfluidizer Correct Mortar & Pestle Incorrect MCc8aa_cb32
Which one of the following cell disruption techniques correspond to the description 'Small glass particles are placed into a blender and act like bullets smashing the cells.'.
Bead-beating Correct Freeze-thaw Incorrect Microfluidizer Incorrect Mortar & Pestle Incorrect MCf5ce_f687
Which one of the following cell disruption techniques correspond to the description 'Cells are disrupted by the shear force and tension caused by high-frequency sound waves.'.
Bead-beating Incorrect Enzymatic Method Incorrect French Press Incorrect Sonication Correct MCab7d_f0e3
Which one of the following cell disruption techniques correspond to the description 'Numerous samples are processed simultaneously using a bead-beating machine.'.
Dounce Homogenizer Incorrect French Press Incorrect High-throughput Homogenizer Correct Sonication Incorrect MCc804_ed31
Which one of the following cell disruption techniques correspond to the description 'Ultrasonic sound energy is used to cause air bubbles in a liquid to implode, damaging the cells.'.
Bead-beating Incorrect Microfluidizer Incorrect Mortar & Pestle Incorrect Sonication Correct MC31a0_7f5d
Which one of the following cell disruption techniques correspond to the description 'High-frequency sound waves cause disruption of cells by shear force and tension.'.
Dounce Homogenizer Incorrect Enzymatic Method Incorrect Mortar & Pestle Incorrect Sonication Correct MCdc36_2f91
Which one of the following cell disruption techniques correspond to the description 'A high-pressure pump pushes cells through a Z-shaped interaction chamber.'.
Freeze-thaw Incorrect French Press Incorrect Mechanical Homogenizer Incorrect Microfluidizer Correct MC054e_fd13
Which one of the following cell disruption techniques correspond to the description 'This technique uses the forces of ultrasonic waves to rupture cells.'.
Dounce Homogenizer Incorrect Microfluidizer Incorrect Mortar & Pestle Incorrect Sonication Correct MC2910_b71b
Which one of the following cell disruption techniques correspond to the description 'Under cold temperatures, the water inside the cells expands into ice, causing the cells to burst open.'.
Bead-beating Incorrect Dounce Homogenizer Incorrect Freeze-thaw Correct French Press Incorrect MC0b21_4b76
Which one of the following cell disruption techniques correspond to the description 'A Z-shaped interaction chamber and pump work in tandem to exert high pressures on cells.'.
Bead-beating Incorrect Freeze-thaw Incorrect French Press Incorrect Microfluidizer Correct MC6ef0_3736
Which one of the following cell disruption techniques correspond to the description 'Extreme temperature variations cause cell wall rupture.'.
Bead-beating Incorrect Freeze-thaw Correct Mechanical Homogenizer Incorrect Mortar & Pestle Incorrect MC0b21_2f91
Which one of the following cell disruption techniques correspond to the description 'A Z-shaped interaction chamber and pump work in tandem to exert high pressures on cells.'.
Freeze-thaw Incorrect French Press Incorrect Mechanical Homogenizer Incorrect Microfluidizer Correct MCb694_1ca2
Which one of the following cell disruption techniques correspond to the description 'Ultrasonic waves in short bursts are employed to disintegrate tissue.'.
Freeze-thaw Incorrect French Press Incorrect Microfluidizer Incorrect Sonication Correct MCb245_3000
Which one of the following cell disruption techniques correspond to the description 'Cells are pulverized through a combination of extreme cold.'.
Dounce Homogenizer Incorrect Freeze-thaw Correct Mortar & Pestle Incorrect Sonication Incorrect MC7716_18cf
Which one of the following cell disruption techniques correspond to the description 'Handheld cylindrical glass tube and a spinning pestle that has a tight fit within the shaft.'.
Bead-beating Incorrect Dounce Homogenizer Correct Enzymatic Method Incorrect French Press Incorrect MC9a3b_cb32
Which one of the following cell disruption techniques correspond to the description 'Glass or ceramic particles stirred at high speeds crack cells open.'.
Bead-beating Correct Freeze-thaw Incorrect Microfluidizer Incorrect Mortar & Pestle Incorrect MC2fa5_71db
Which one of the following cell disruption techniques correspond to the description 'Cell suspension is forced through a narrow valve using a hydraulic piston.'.
Freeze-thaw Incorrect French Press Correct High-throughput Homogenizer Incorrect Sonication Incorrect MC7716_de86
Which one of the following cell disruption techniques correspond to the description 'Handheld cylindrical glass tube and a spinning pestle that has a tight fit within the shaft.'.
Dounce Homogenizer Correct Mechanical Homogenizer Incorrect Mortar & Pestle Incorrect Sonication Incorrect MCc8f1_b71b
Which one of the following cell disruption techniques correspond to the description 'A hydraulic piston within a cylinder forces cells through a small hole using high pressure.'.
Bead-beating Incorrect Dounce Homogenizer Incorrect Freeze-thaw Incorrect French Press Correct MC8fa7_390a
Which one of the following cell disruption techniques correspond to the description 'This technique uses short bursts of ultrasonic waves to disrupt the tissue.'.
Enzymatic Method Incorrect High-throughput Homogenizer Incorrect Microfluidizer Incorrect Sonication Correct MCbfb8_d78d
Which one of the following cell disruption techniques correspond to the description 'This technique applies high-frequency sound waves to shatter cells.'.
Enzymatic Method Incorrect French Press Incorrect High-throughput Homogenizer Incorrect Sonication Correct MCe4f8_fb03
Which one of the following cell disruption techniques correspond to the description 'The cells are disrupted by hand grinding them.'.
Dounce Homogenizer Incorrect Freeze-thaw Incorrect Microfluidizer Incorrect Mortar & Pestle Correct MC2fa5_b496
Which one of the following cell disruption techniques correspond to the description 'Cell suspension is forced through a narrow valve using a hydraulic piston.'.
Dounce Homogenizer Incorrect French Press Correct Mechanical Homogenizer Incorrect Mortar & Pestle Incorrect MCe80f_6349
Which one of the following cell disruption techniques correspond to the description 'Shear force from high-frequency waves disrupts cells.'.
Bead-beating Incorrect French Press Incorrect Mortar & Pestle Incorrect Sonication Correct MC9aae_6349
Which one of the following cell disruption techniques correspond to the description 'High-pressure hydraulic piston forces cells through a small hole.'.
Bead-beating Incorrect French Press Correct Mortar & Pestle Incorrect Sonication Incorrect MC2fa5_4713
Which one of the following cell disruption techniques correspond to the description 'Cell suspension is forced through a narrow valve using a hydraulic piston.'.
Enzymatic Method Incorrect Freeze-thaw Incorrect French Press Correct Microfluidizer Incorrect MCb694_9ff7
Which one of the following cell disruption techniques correspond to the description 'Ultrasonic waves in short bursts are employed to disintegrate tissue.'.
Freeze-thaw Incorrect High-throughput Homogenizer Incorrect Mortar & Pestle Incorrect Sonication Correct MC7636_057f
Which one of the following cell disruption techniques correspond to the description 'High pressures are generated using a Z-shaped chamber and a pump.'.
Dounce Homogenizer Incorrect Enzymatic Method Incorrect Microfluidizer Correct Sonication Incorrect MC2910_aa89
Which one of the following cell disruption techniques correspond to the description 'Under cold temperatures, the water inside the cells expands into ice, causing the cells to burst open.'.
Dounce Homogenizer Incorrect Freeze-thaw Correct French Press Incorrect Mechanical Homogenizer Incorrect MC31a0_6349
Which one of the following cell disruption techniques correspond to the description 'High-frequency sound waves cause disruption of cells by shear force and tension.'.
Bead-beating Incorrect French Press Incorrect Mortar & Pestle Incorrect Sonication Correct MC7636_8b6e
Which one of the following cell disruption techniques correspond to the description 'High pressures are generated using a Z-shaped chamber and a pump.'.
Bead-beating Incorrect Dounce Homogenizer Incorrect Microfluidizer Correct Sonication Incorrect MCc8f1_2f91
Which one of the following cell disruption techniques correspond to the description 'A hydraulic piston within a cylinder forces cells through a small hole using high pressure.'.
Freeze-thaw Incorrect French Press Correct Mechanical Homogenizer Incorrect Microfluidizer Incorrect MC82ac_3a21
Which one of the following cell disruption techniques correspond to the description 'Handheld device that spins in a tube to smash cells.'.
Dounce Homogenizer Correct Enzymatic Method Incorrect Mechanical Homogenizer Incorrect Sonication Incorrect MCc804_1c43
Which one of the following cell disruption techniques correspond to the description 'Ultrasonic sound energy is used to cause air bubbles in a liquid to implode, damaging the cells.'.
High-throughput Homogenizer Incorrect Mechanical Homogenizer Incorrect Mortar & Pestle Incorrect Sonication Correct MCb694_f687
Which one of the following cell disruption techniques correspond to the description 'Ultrasonic waves in short bursts are employed to disintegrate tissue.'.
Bead-beating Incorrect Enzymatic Method Incorrect French Press Incorrect Sonication Correct MC2ee8_9a46
Which one of the following cell disruption techniques correspond to the description 'Samples are ground by hand to break apart into small pieces.'.
Bead-beating Incorrect Dounce Homogenizer Incorrect Freeze-thaw Incorrect Mortar & Pestle Correct MCb3bb_92a5
Which one of the following cell disruption techniques correspond to the description 'Lysozyme digests gram-positive bacterial cell walls.'.
Dounce Homogenizer Incorrect Enzymatic Method Correct French Press Incorrect Mechanical Homogenizer Incorrect MC7403_419a
Which one of the following cell disruption techniques correspond to the description 'The cell walls rupture due to extreme temperature variations.'.
Enzymatic Method Incorrect Freeze-thaw Correct Mechanical Homogenizer Incorrect Microfluidizer Incorrect MC9aae_b71b
Which one of the following cell disruption techniques correspond to the description 'High-pressure hydraulic piston forces cells through a small hole.'.
Bead-beating Incorrect Dounce Homogenizer Incorrect Freeze-thaw Incorrect French Press Correct