Section of human medulla oblongata filmed under microscope 400x on bright field

  • Preview image in your
    Facebook Timeline Account

  • Preview

  • Price: 1$
  • Size Facebook: 1702 x 630 px
  • Size Twitter: 1500 x 500 px
  • Size LinkedIn: 1128 x 191 px

More Facebook, Twitter and LinkedIn Cover Photos

More

Cover photo info

  • Photo title: Section of human medulla oblongata filmed under microscope 400x on bright field
  • Author: Videokot
  • Cover photo description:
  • Section of human medulla oblongata filmed under microscope 400x on bright field. Macro footage of lower part of the brainstem magnified in scientific laboratory. Studying anatomy on biology lesson
  • Image ID:282135870
  • Views:0
  • Downloads:0

Keywords for Facebook, Twitter and LinkedIn timeline photos

anatomy biology body brain brainstem bright cell central cerebellum control coordination cortex cytology dendrite disease education field head healthy histology human impulse intelligence laboratory macro magnification medicine medulla memory microbiology micrograph microscope molecular muscle natural nerve nervous neural neurology neuron nuclear nucleus oblongata research section signal spinal surgery tissue vertebrate 4k

Similar images from Dreamstime

Mid section of male teacher explaining human brain model in the classroom 4k Section of human kidney section filmed under light micrograph 200x on bright field Cross section of human ureter filmed under the microscope 400x on bright field Section of the human ovary shown under microscope 400x on white background High magnification 200x of section of human duodenum filmed under microscope on bright field Section of human parathyroid cells magnified in 200 times on white background
Section of human thymus gland filmed under microscope 200x on white background Section of human bladder under microscope 400x against bright field background Section of human adrenal gland filmed under microscope 100x on white background Section of human bladder under microscope 200x against bright field background Section of human stomach fundic portion under microscope in 200 times
 
x