2W3H2YH–Kidney tissues with kidney corpuscles for blood washing rotate under the microscope
0:14
2TJW4BT–Pacinian corpuscles, also known as Vater-Pacini or lamellar corpuscles,
0:10
2TXGFP2–Concept of red blood corpuscles releasing oxygen into body tissues, hemoglobin
0:17
2TJTF39–Pacinian corpuscles, also known as Vater-Pacini or lamellar corpuscles,
0:08
2TW6H91–Organic microscopic blood cells
0:10
2TR0R5K–Microscopic blood examination in medical center.avi
0:05
2KMJ416–Microscopic blood vessels and capillaries carry blood cells.
0:19
2FJ7YW5–Sickle cell disease - Male Doctor Hologram Illness Word
0:12
2KMJ40C–Microscopic view of blood vessels in skin.
0:07
2TRG2XD–Room in Blood donor center
0:05
2KMJ415–Blood cells stream in pulses through capillaries.
0:20
2TRJJ02–Blood cells under a large increase move along the artery or vein
0:11
2KMJ42R–Blood vessels carrying blood cells, as seen through a microscope.
0:10
2TTFBBA–clock running counterclockwise with candle igniting motion
0:15
2KMJ40N–Tiny microscopic blood vessels in a fish fin.
0:07
2TKEXTW–Red erythrocyte cell. 3D animation of blood cells. Rotation and movement of blood plasma within a vein.
0:20
2KMJ41K–Blood cells move in single-file through capillaries.
0:06
2XC1WG8–USA - 1978 - Red blood cells carry nutrients to other cells through the bloodstream.
0:51
2KMJ421–Blood cells stream in pulses through microscopic blood vessels.
0:12
2KMJ40W–Blood cells move through vessels in the tail fin of a fish.
0:10
2TN84RN–Pacinian corpuscles, also known as Vater-Pacini or lamellar corpuscles,
0:09
2KMJ41F–Tiny capillaries carry blood cells on a microscopic level.
0:12
2TNHNAD–Pacinian corpuscles, also known as Vater-Pacini or lamellar corpuscles,
0:11
2KMJ41X–A microscopic parasite crawls on a fish.
0:10
2TN86JD–Meissner corpuscles consist of a cutaneous nerve ending responsible for transmitting the sensations of fine, discriminative touch and vibration
0:13
2KMJ42E–Blood cells move through a tiny blood vessel (repeated 3x)
0:08
2TN69AP–Meissner corpuscles consist of a cutaneous nerve ending responsible for transmitting the sensations of fine, discriminative touch and vibration
0:11
2KMJ41E–Blood cells traveling through vessels seen through a phase contrast
0:16
2TRT952–Special armchairs and centrifuges at Blood donor center.
0:05
2KMJ411–Blood cells moving through a microscopic blood vessel seen in phase
0:07
2TRH54T–Female doctor holding package with blood
0:06
2TRCPD0–Placard of Blood donor center
0:05
2TRW2FA–Placards at room of Blood donor center
0:05
2XC1WC7–USA - 1978 - White blood cells number fewer and move more slowly through the bloodstream than red blood cells.
0:55
2XC6G75–USA - 1929 - The role of blood in the bronchial tubes is explained and a crew team demonstrates breathing hard during vigorous exercise.
0:48
2TN5FJT–Meissner corpuscles consist of a cutaneous nerve ending responsible for transmitting the sensations of fine, discriminative touch and vibration
0:12
2TNKPP0–Ruffini Endings (or Corpuscles) are found in the superficial dermis of both hairy and glaborous skin where they record low-frequency vibration or
0:11
2TNJP7R–Ruffini Endings (or Corpuscles) are found in the superficial dermis of both hairy and glaborous skin where they record low-frequency vibration or
0:10
2TJT5KX–Ruffini Endings (or Corpuscles) are found in the superficial dermis of both hairy and glaborous skin where they record low-frequency vibration or
0:08
2TNJ5Y8–Ruffini Endings (or Corpuscles) are found in the superficial dermis of both hairy and glaborous skin where they record low-frequency vibration or
0:10
2TNGJXR–Ruffini Endings (or Corpuscles) are found in the superficial dermis of both hairy and glaborous skin where they record low-frequency vibration or
0:08
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