a2c8_c4b6
Which one of the following cell disruption techniques correspond to the description 'Shearing forces from spinning blades break cells apart.'.
Freeze-thaw Incorrect French Press Incorrect Mechanical Homogenizer Correct Sonication Incorrect MC7e06_4372
Which one of the following cell disruption techniques correspond to the description 'Ice crystal expansion leads to cell wall disruption.'.
Freeze-thaw Correct Microfluidizer Incorrect Mortar & Pestle Incorrect Sonication Incorrect MCa5d5_75e1
Which one of the following cell disruption techniques correspond to the description 'Gentle abrasion is applied to cells through vortexing with glass or metal particles.'.
Bead-beating Correct Mechanical Homogenizer Incorrect Mortar & Pestle Incorrect Sonication Incorrect MCbcb4_f17c
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 MC7e06_198d
Which one of the following cell disruption techniques correspond to the description 'Ice crystal expansion leads to cell wall disruption.'.
Dounce Homogenizer Incorrect Freeze-thaw Correct Mechanical Homogenizer Incorrect Sonication Incorrect MC177e_4372
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 Microfluidizer Correct Mortar & Pestle Incorrect Sonication Incorrect MC58a5_2dd9
Which one of the following cell disruption techniques correspond to the description 'A high-pressure pump pushes cells through a Z-shaped interaction chamber.'.
Enzymatic Method Incorrect French Press Incorrect Mechanical Homogenizer Incorrect Microfluidizer Correct MC7946_e6f3
Which one of the following cell disruption techniques correspond to the description 'This technique uses extremely cold temperatures and grinding to pulverize cells.'.
Freeze-thaw Correct French Press Incorrect Mechanical Homogenizer Incorrect Microfluidizer Incorrect MC08ad_4372
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.'.
Freeze-thaw Incorrect Microfluidizer Incorrect Mortar & Pestle Incorrect Sonication Correct MCb5a9_7170
Which one of the following cell disruption techniques correspond to the description 'Motorized device with rotating blades that shear cells apart.'.
High-throughput Homogenizer Incorrect Mechanical Homogenizer Correct Microfluidizer Incorrect Mortar & Pestle Incorrect MC7e06_8a53
Which one of the following cell disruption techniques correspond to the description 'Ice crystal expansion leads to cell wall disruption.'.
Enzymatic Method Incorrect Freeze-thaw Correct High-throughput Homogenizer Incorrect Mechanical Homogenizer Incorrect MCa192_75e1
Which one of the following cell disruption techniques correspond to the description 'This technique uses the forces of ultrasonic waves to rupture cells.'.
Bead-beating Incorrect Mechanical Homogenizer Incorrect Mortar & Pestle Incorrect Sonication Correct MCb5a9_a60f
Which one of the following cell disruption techniques correspond to the description 'Motorized device with rotating blades that shear cells apart.'.
Enzymatic Method Incorrect Freeze-thaw Incorrect French Press Incorrect Mechanical Homogenizer Correct MC0f39_ea75
Which one of the following cell disruption techniques correspond to the description 'Shear force from high-frequency waves disrupts cells.'.
Bead-beating Incorrect Enzymatic Method Incorrect Mechanical Homogenizer Incorrect Sonication Correct MC58a5_4bff
Which one of the following cell disruption techniques correspond to the description 'A high-pressure pump pushes cells through a Z-shaped interaction chamber.'.
Bead-beating Incorrect Dounce Homogenizer Incorrect Microfluidizer Correct Mortar & Pestle Incorrect MC35f6_fb13
Which one of the following cell disruption techniques correspond to the description 'Z-shaped chamber and pump create high pressure to disrupt cells.'.
High-throughput Homogenizer Incorrect Microfluidizer Correct Mortar & Pestle Incorrect Sonication Incorrect MC177e_37be
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.'.
Enzymatic Method Incorrect French Press Incorrect High-throughput Homogenizer Incorrect Microfluidizer Correct MCfb59_9821
Which one of the following cell disruption techniques correspond to the description 'Lysozyme digests gram-positive bacterial cell walls.'.
Enzymatic Method Correct Freeze-thaw Incorrect Microfluidizer Incorrect Mortar & Pestle Incorrect MCa2c8_75e1
Which one of the following cell disruption techniques correspond to the description 'Shearing forces from spinning blades break cells apart.'.
Bead-beating Incorrect Mechanical Homogenizer Correct Mortar & Pestle Incorrect Sonication Incorrect MCdce5_7a8c
Which one of the following cell disruption techniques correspond to the description 'This technique uses short bursts of ultrasonic waves to disrupt the tissue.'.
Freeze-thaw Incorrect French Press Incorrect High-throughput Homogenizer Incorrect Sonication Correct MCad01_c4b6
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 Sonication Incorrect MCb84c_ddfa
Which one of the following cell disruption techniques correspond to the description 'High-pressure hydraulic piston forces cells through a small hole.'.
French Press Correct High-throughput Homogenizer Incorrect Microfluidizer Incorrect Mortar & Pestle Incorrect MCfb59_9a39
Which one of the following cell disruption techniques correspond to the description 'Lysozyme digests gram-positive bacterial cell walls.'.
Bead-beating Incorrect Enzymatic Method Correct French Press Incorrect Mortar & Pestle Incorrect MCa192_4efb
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 Freeze-thaw Incorrect Mortar & Pestle Incorrect Sonication Correct MCada0_6d55
Which one of the following cell disruption techniques correspond to the description 'A spinning handheld device smashes cells in a tube.'.
Dounce Homogenizer Correct Freeze-thaw Incorrect French Press Incorrect Mortar & Pestle Incorrect MCe226_1cfc
Which one of the following cell disruption techniques correspond to the description 'High-frequency sound waves produce tiny bubbles that explode, producing a local shockwave.'.
Bead-beating Incorrect Mechanical Homogenizer Incorrect Microfluidizer Incorrect Sonication Correct MC2dd6_4744
Which one of the following cell disruption techniques correspond to the description 'Cell suspension is forced through a narrow valve using a hydraulic piston.'.
French Press Correct Mechanical Homogenizer Incorrect Microfluidizer Incorrect Mortar & Pestle Incorrect MCd7be_67d3
Which one of the following cell disruption techniques correspond to the description 'Cells are suspended in buffers containing protein catalysts that digest the cell wall.'.
Dounce Homogenizer Incorrect Enzymatic Method Correct Mechanical Homogenizer Incorrect Microfluidizer Incorrect MC9829_5ee2
Which one of the following cell disruption techniques correspond to the description 'Cold temperatures form ice crystals, which expand, ultimately causing the cell wall to rupture.'.
Dounce Homogenizer Incorrect Freeze-thaw Correct High-throughput Homogenizer Incorrect Sonication Incorrect MC7e06_5f13
Which one of the following cell disruption techniques correspond to the description 'Ice crystal expansion leads to cell wall disruption.'.
Dounce Homogenizer Incorrect Freeze-thaw Correct French Press Incorrect High-throughput Homogenizer Incorrect MC4a3b_0c1b
Which one of the following cell disruption techniques correspond to the description 'Protein catalysts decompose the microbial cell wall.'.
Enzymatic Method Correct High-throughput Homogenizer Incorrect Microfluidizer Incorrect Mortar & Pestle Incorrect MCfb59_a60f
Which one of the following cell disruption techniques correspond to the description 'Lysozyme digests gram-positive bacterial cell walls.'.
Enzymatic Method Correct Freeze-thaw Incorrect French Press Incorrect Mechanical Homogenizer Incorrect MCada5_af5e
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.'.
Freeze-thaw Incorrect High-throughput Homogenizer Incorrect Microfluidizer Incorrect Sonication Correct MCfb59_4e35
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 Freeze-thaw Incorrect Sonication Incorrect MCa81a_389e
Which one of the following cell disruption techniques correspond to the description 'Samples are ground by hand to break apart into small pieces.'.
Dounce Homogenizer Incorrect French Press Incorrect Microfluidizer Incorrect Mortar & Pestle Correct MC5370_f17c
Which one of the following cell disruption techniques correspond to the description 'This technique involves using glass or metal particles to apply gentle abrasion while vortexing them.'.
Bead-beating Correct French Press Incorrect Mortar & Pestle Incorrect Sonication Incorrect MC0f39_5028
Which one of the following cell disruption techniques correspond to the description 'Shear force from high-frequency waves disrupts cells.'.
High-throughput Homogenizer Incorrect Mechanical Homogenizer Incorrect Microfluidizer Incorrect Sonication Correct MC0bf5_9fbe
Which one of the following cell disruption techniques correspond to the description 'Cells are pulverized through a combination of extreme cold.'.
Bead-beating Incorrect Freeze-thaw Correct Mechanical Homogenizer Incorrect Sonication Incorrect MCf1ef_4222
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 Freeze-thaw Incorrect Mechanical Homogenizer Incorrect Microfluidizer Incorrect MC9185_22b4
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 Mortar & Pestle Incorrect Sonication Correct MC2dd6_0084
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 French Press Correct Mortar & Pestle Incorrect Sonication Incorrect MC5370_52cd
Which one of the following cell disruption techniques correspond to the description 'This technique involves using glass or metal particles to apply gentle abrasion while vortexing them.'.
Bead-beating Correct French Press Incorrect Microfluidizer Incorrect Sonication Incorrect MCcf1a_2b0d
Which one of the following cell disruption techniques correspond to the description 'Manual grinding of cells that can take several minutes."'.
Bead-beating Incorrect Dounce Homogenizer Incorrect Enzymatic Method Incorrect Mortar & Pestle Correct MCb852_0746
Which one of the following cell disruption techniques correspond to the description 'Digestion of the cell wall by chemical reactions.'.
Enzymatic Method Correct French Press Incorrect Mechanical Homogenizer Incorrect Sonication Incorrect MC3818_4222
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 Freeze-thaw Incorrect Mechanical Homogenizer Incorrect Microfluidizer Incorrect MC3acb_494c
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.'.
Bead-beating Incorrect French Press Correct Mechanical Homogenizer Incorrect Sonication Incorrect MC884f_f4c2
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 Mortar & Pestle Incorrect Sonication Incorrect MCac1b_db25
Which one of the following cell disruption techniques correspond to the description 'Ultrasonic waves rupture cell walls.'.
Dounce Homogenizer Incorrect Enzymatic Method Incorrect High-throughput Homogenizer Incorrect Sonication Correct MCa192_16a5
Which one of the following cell disruption techniques correspond to the description 'This technique uses the forces of ultrasonic waves to rupture cells.'.
Freeze-thaw Incorrect High-throughput Homogenizer Incorrect Mechanical Homogenizer Incorrect Sonication Correct MCada0_2c4a
Which one of the following cell disruption techniques correspond to the description 'A spinning handheld device smashes cells in a tube.'.
Dounce Homogenizer Correct French Press Incorrect Mechanical Homogenizer Incorrect Mortar & Pestle Incorrect MC9829_3cd7
Which one of the following cell disruption techniques correspond to the description 'Cold temperatures form ice crystals, which expand, ultimately causing the cell wall to rupture.'.
Enzymatic Method Incorrect Freeze-thaw Correct French Press Incorrect Mortar & Pestle Incorrect MCac1b_c1a5
Which one of the following cell disruption techniques correspond to the description 'Ultrasonic waves rupture cell walls.'.
French Press Incorrect High-throughput Homogenizer Incorrect Microfluidizer Incorrect Sonication Correct MCada0_4397
Which one of the following cell disruption techniques correspond to the description 'A spinning handheld device smashes cells in a tube.'.
Dounce Homogenizer Correct Freeze-thaw Incorrect French Press Incorrect Sonication Incorrect MC4a3b_2402
Which one of the following cell disruption techniques correspond to the description 'Protein catalysts decompose the microbial cell wall.'.
Enzymatic Method Correct French Press Incorrect High-throughput Homogenizer Incorrect Mechanical Homogenizer Incorrect MC5aa3_b7a5
Which one of the following cell disruption techniques correspond to the description 'Spinning rotor blades shear the cell walls.'.
Enzymatic Method Incorrect High-throughput Homogenizer Incorrect Mechanical Homogenizer Correct Mortar & Pestle Incorrect MC1ef0_1c68
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.'.
Dounce Homogenizer Incorrect French Press Correct High-throughput Homogenizer Incorrect Mechanical Homogenizer Incorrect MC6f30_83b6
Which one of the following cell disruption techniques correspond to the description 'Chemical reactions digest the cell wall.'.
Enzymatic Method Correct High-throughput Homogenizer Incorrect Mechanical Homogenizer Incorrect Microfluidizer Incorrect MCb84c_f9b7
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 Enzymatic Method Incorrect French Press Correct Microfluidizer Incorrect MC1ef0_0084
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.'.
Enzymatic Method Incorrect French Press Correct Mortar & Pestle Incorrect Sonication Incorrect MCec74_da2b
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 Freeze-thaw Incorrect Microfluidizer Incorrect MCbcb4_a39c
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 French Press Incorrect Sonication Correct MCf83f_5b1a
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 High-throughput Homogenizer Correct Mortar & Pestle Incorrect Sonication Incorrect MC898c_6611
Which one of the following cell disruption techniques correspond to the description 'An expensive bead-beating machine can process a large number of samples simultaneously in a short time.'.
French Press Incorrect High-throughput Homogenizer Correct Mechanical Homogenizer Incorrect Mortar & Pestle Incorrect MC6c0d_9075
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 High-throughput Homogenizer Incorrect Microfluidizer Incorrect Sonication Correct MCf83f_dfc4
Which one of the following cell disruption techniques correspond to the description 'Numerous samples are processed simultaneously using a bead-beating machine.'.
Freeze-thaw Incorrect High-throughput Homogenizer Correct Mechanical Homogenizer Incorrect Mortar & Pestle Incorrect MC08ad_23ac
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.'.
Freeze-thaw Incorrect Mechanical Homogenizer Incorrect Mortar & Pestle Incorrect Sonication Correct MC7ec9_d23e
Which one of the following cell disruption techniques correspond to the description 'Consists of a fast-spinning inner rotor with a stationary outer stator to produce shearing forces.'.
Enzymatic Method Incorrect Freeze-thaw Incorrect Mechanical Homogenizer Correct Mortar & Pestle Incorrect MCeb62_789c
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 French Press Incorrect Microfluidizer Incorrect MC697d_e77a
Which one of the following cell disruption techniques correspond to the description 'Small glass or ceramic particles are used to crack open cells.'.
Bead-beating Correct Dounce Homogenizer Incorrect Freeze-thaw Incorrect Mechanical Homogenizer Incorrect MC884f_0fce
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 Dounce Homogenizer Incorrect French Press Incorrect Mortar & Pestle Incorrect MCad01_61bb
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.'.
French Press Correct High-throughput Homogenizer Incorrect Mechanical Homogenizer Incorrect Sonication Incorrect MC622d_4bff
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 Dounce Homogenizer Incorrect Microfluidizer Correct Mortar & Pestle Incorrect MCeb46_3655
Which one of the following cell disruption techniques correspond to the description 'High pressures are generated using a Z-shaped chamber and a pump.'.
Freeze-thaw Incorrect French Press Incorrect Microfluidizer Correct Sonication Incorrect MCcf1a_3319
Which one of the following cell disruption techniques correspond to the description 'Manual grinding of cells that can take several minutes."'.
Bead-beating Incorrect Enzymatic Method Incorrect Microfluidizer Incorrect Mortar & Pestle Correct MC5697_df55
Which one of the following cell disruption techniques correspond to the description 'Digestive protein catalysts digest and decompose the microbial cell wall.'.
Enzymatic Method Correct French Press Incorrect Mechanical Homogenizer Incorrect Mortar & Pestle Incorrect MC9185_3655
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 MC2dd6_db10
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 Freeze-thaw Incorrect French Press Correct Microfluidizer Incorrect MC697d_22b4
Which one of the following cell disruption techniques correspond to the description 'Small glass or ceramic particles are used to crack open cells.'.
Bead-beating Correct Enzymatic Method Incorrect Mortar & Pestle Incorrect Sonication Incorrect MCeb62_b090
Which one of the following cell disruption techniques correspond to the description 'Extreme temperature variations cause cell wall rupture.'.
Freeze-thaw Correct French Press Incorrect High-throughput Homogenizer Incorrect Mortar & Pestle Incorrect MCd7be_d23e
Which one of the following cell disruption techniques correspond to the description 'Cells are suspended in buffers containing protein catalysts that digest the cell wall.'.
Enzymatic Method Correct Freeze-thaw Incorrect Mechanical Homogenizer Incorrect Mortar & Pestle Incorrect MC5370_aa15
Which one of the following cell disruption techniques correspond to the description 'This technique involves using glass or metal particles to apply gentle abrasion while vortexing them.'.
Bead-beating Correct Enzymatic Method Incorrect French Press Incorrect Sonication Incorrect MC7e06_8ca6
Which one of the following cell disruption techniques correspond to the description 'Ice crystal expansion leads to cell wall disruption.'.
Dounce Homogenizer Incorrect Freeze-thaw Correct Microfluidizer Incorrect Sonication Incorrect MC5370_ea75
Which one of the following cell disruption techniques correspond to the description 'This technique involves using glass or metal particles to apply gentle abrasion while vortexing them.'.
Bead-beating Correct Enzymatic Method Incorrect Mechanical Homogenizer Incorrect Sonication Incorrect MCf83f_8d50
Which one of the following cell disruption techniques correspond to the description 'Numerous samples are processed simultaneously using a bead-beating machine.'.
High-throughput Homogenizer Correct Mechanical Homogenizer Incorrect Mortar & Pestle Incorrect Sonication Incorrect MCf83f_a49f
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 High-throughput Homogenizer Correct Mechanical Homogenizer Incorrect Mortar & Pestle Incorrect MCda23_da2b
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 Microfluidizer Incorrect MCa1a6_1cfc
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 Mechanical Homogenizer Incorrect Microfluidizer Incorrect Sonication Incorrect MCa192_0084
Which one of the following cell disruption techniques correspond to the description 'This technique uses the forces of ultrasonic waves to rupture cells.'.
Enzymatic Method Incorrect French Press Incorrect Mortar & Pestle Incorrect Sonication Correct MC3818_43c1
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 Enzymatic Method Incorrect Freeze-thaw Incorrect French Press Incorrect MCa81a_df55
Which one of the following cell disruption techniques correspond to the description 'Samples are ground by hand to break apart into small pieces.'.
Enzymatic Method Incorrect French Press Incorrect Mechanical Homogenizer Incorrect Mortar & Pestle Correct MC5fba_4bff
Which one of the following cell disruption techniques correspond to the description 'Grinding of the cells by hand to disrupt the cell walls.'.
Bead-beating Incorrect Dounce Homogenizer Incorrect Microfluidizer Incorrect Mortar & Pestle Correct MC9185_fb13
Which one of the following cell disruption techniques correspond to the description 'Ultrasonic waves in short bursts are employed to disintegrate tissue.'.
High-throughput Homogenizer Incorrect Microfluidizer Incorrect Mortar & Pestle Incorrect Sonication Correct MCa5d5_374f
Which one of the following cell disruption techniques correspond to the description 'Gentle abrasion is applied to cells through vortexing with glass or metal particles.'.
Bead-beating Correct Dounce Homogenizer Incorrect Enzymatic Method Incorrect French Press Incorrect MC90f2_f5f2
Which one of the following cell disruption techniques correspond to the description 'The cells are disrupted by hand grinding them.'.
Bead-beating Incorrect Dounce Homogenizer Incorrect Freeze-thaw Incorrect Mortar & Pestle Correct MC177e_a24e
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.'.
Bead-beating Incorrect Dounce Homogenizer Incorrect French Press Incorrect Microfluidizer Correct MCac14_8b02
Which one of the following cell disruption techniques correspond to the description 'Drill-like device with spinning rotor blades to shear cells apart.'.
Dounce Homogenizer Incorrect French Press Incorrect Mechanical Homogenizer Correct Sonication Incorrect MCdce5_8b02
Which one of the following cell disruption techniques correspond to the description 'This technique uses short bursts of ultrasonic waves to disrupt the tissue.'.
Dounce Homogenizer Incorrect French Press Incorrect Mechanical Homogenizer Incorrect Sonication Correct MC884f_8311
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 Dounce Homogenizer Incorrect French Press Incorrect Mechanical Homogenizer Incorrect