1,430 Immunofluorescent Photomicrograph Stock Photos and High-res Pictures

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Browse 1,430 authentic immunofluorescent photomicrograph stock photos, high-res images, and pictures, or explore additional bacteria or dna stock images to find the right photo at the right size and resolution for your project.

motor neuron (multipolar) with cell body and many processes (mostly dendrites), spinal cord (magnification x100). this multipolar motor neuron comes from the anterior (ventral) horn of the spinal cord grey matter. the stain is methylene blue and phloxine. - immunofluorescent photomicrograph stock pictures, royalty-free photos & images
motor neuron (multipolar) with cell body and many processes (mostly dendrites), spinal cord (magnification x100). this multipolar motor neuron comes from the anterior (ventral) horn of the spinal cord grey matter. the stain is methylene blue and phloxine. - immunofluorescent photomicrograph stock pictures, royalty-free photos & images
Motor Neuron (Multipolar) with Cell Body and many Processes (mostly Dendrites), Spinal Cord (Magnification x100). This multipolar motor neuron comes from the anterior (ventral) horn of the spinal cord grey matter. The stain is methylene blue and phloxine.
penicillium (mold), conidia (spores) and conidiophores (stalks), 250x at 35mm. many useful drugs & chemicals are derived from these. asexual reproduction. conidia pinch off of the conidiophores. looks like a paintbrush. - immunofluorescent photomicrograph stock pictures, royalty-free photos & images
penicillium (mold), conidia (spores) and conidiophores (stalks), 250x at 35mm. many useful drugs & chemicals are derived from these. asexual reproduction. conidia pinch off of the conidiophores. looks like a paintbrush. - immunofluorescent photomicrograph stock pictures, royalty-free photos & images
Penicillium (Mold), conidia (Spores) and conidiophores (Stalks), 250X at 35mm. Many useful drugs & chemicals are derived from these. Asexual Reproduction. Conidia pinch off of the conidiophores. Looks like a paintbrush.
leukemia; myeloid, 250x at 35mm. this type of leukemia has its origin in the bone marrow (myeloid tissue). it involves a malignant proliferation of immature white blood cells. this action can crowd out production of rbc s and platelets leading to an - immunofluorescent photomicrograph stock pictures, royalty-free photos & images
leukemia; myeloid, 250x at 35mm. this type of leukemia has its origin in the bone marrow (myeloid tissue). it involves a malignant proliferation of immature white blood cells. this action can crowd out production of rbc s and platelets leading to an - immunofluorescent photomicrograph stock pictures, royalty-free photos & images
Leukemia; myeloid, 250X at 35mm. This type of leukemia has its origin in the bone marrow (myeloid tissue). It involves a malignant proliferation of immature white blood cells. This action can crowd out production of RBC s and platelets leading to an
leaf cross section, beach grass (ammophila), sunken stomates, xerophytic adaptation, 50x. shows: photosynthetic tissue, sunken stomates (which represent a xerophytic adaptation), veins (vascular bundles with xylem & phloem) - immunofluorescent photomicrograph stock pictures, royalty-free photos & images
leaf cross section, beach grass (ammophila), sunken stomates, xerophytic adaptation, 50x. shows: photosynthetic tissue, sunken stomates (which represent a xerophytic adaptation), veins (vascular bundles with xylem & phloem) - immunofluorescent photomicrograph stock pictures, royalty-free photos & images
LEAF CROSS SECTION, Beach Grass (Ammophila), sunken stomates, Xerophytic adaptation, 50X. Shows: photosynthetic tissue, sunken stomates (which represent a xerophytic adaptation), veins (vascular bundles with xylem & phloem)
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