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Light micrograph showing two arteries and three large veins located in a spleen trabecula In the spleen the incoming blood vessels are placed in the
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Marginal cord insertion of the placenta 19th century illustration
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Spinal cord disease blood test by WLADIMIR BULGARSCIENCE PHOTO LIBRARY
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Spinal cord disease blood test by WLADIMIR BULGARSCIENCE PHOTO LIBRARY
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Adult granulosa cell tumour light micrograph
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Light micrograph of an adult granulosa cell tumour The cells have nuclei (purple-blue) that are oval-round with nuclear grooves giving them a offe
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Light micrograph of Wharton jelly Wharton jelly is the supporting substance around blood vessels of the umbilical cord pink and blue in this ima
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Pampiniform plexus light micrograph
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Blood vessels and nerves light micrograph
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Eight-week-old foetus This foetus is seen during the end stage of the first trimester It is attached to the placenta and the mothers blood circulat
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Illustration of foetal blood circulation The foetus is attached to the placenta (upper left) by its umbilical cord through which it receives nutrien
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Illustration of a section through a pregnant uterus (womb) The developing foetus is at centre It is attached to the placenta (upper centre) by its u
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Illustration of a section through the pelvis of a woman who has just given birth showing a midwifes hand inserted into the uterus (womb) via the vagi
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Illustration of a section through the pelvis of a woman who has just given birth showing a midwifes hand inserted into the uterus (womb) via the vagi
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Illustration of a section through the pelvis of a woman who has just given birth showing a midwife pulling on the umbilical cord to try to extract a r
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Upper back anatomy illustration by SEBASTIAN KAULITZKISCIENCE PHOTO LIBRARY
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Abdominal anatomy illustration by SEBASTIAN KAULITZKISCIENCE PHOTO LIBRARY
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Abdominal anatomy illustration by SEBASTIAN KAULITZKISCIENCE PHOTO LIBRARY
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Cardiovascular system of 6 week embryo illustration by SEBASTIAN KAULITZKISCIENCE PHOTO LIBRARY
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False-colour scanning electron micrograph (SEM) showing the attachment of several anaerobic spirochaete bacteria Treponema pallidum to testicular ce
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Body systems illustration by SEBASTIAN KAULITZKISCIENCE PHOTO LIBRARY
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Human anatomy illustration by SEBASTIAN KAULITZKISCIENCE PHOTO LIBRARY
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Sympathetic nerves illustration by SEBASTIAN KAULITZKISCIENCE PHOTO LIBRARY
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Sympathetic nerves illustration by SEBASTIAN KAULITZKISCIENCE PHOTO LIBRARY
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Sympathetic nerves illustration by SEBASTIAN KAULITZKISCIENCE PHOTO LIBRARY
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Sympathetic nerves illustration by SEBASTIAN KAULITZKISCIENCE PHOTO LIBRARY
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Sympathetic nerves illustration by SEBASTIAN KAULITZKISCIENCE PHOTO LIBRARY
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Human anatomy illustration by PIKOVIT SCIENCE PHOTO LIBRARY
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Human anatomy illustration by PIKOVIT SCIENCE PHOTO LIBRARY
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Syphilis bacterium (Treponema pallidum) Coloured transmission electron micrograph (TEM) showing a Treponema pallidum bacterium (orange) in penile ski
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Human anatomy illustration by PIKOVIT SCIENCE PHOTO LIBRARY
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Human anatomy illustration by PIKOVIT SCIENCE PHOTO LIBRARY
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Human anatomy illustration by PIKOVIT SCIENCE PHOTO LIBRARY
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Human anatomy illustration by PIKOVIT SCIENCE PHOTO LIBRARY
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Human anatomy illustration by PIKOVIT SCIENCE PHOTO LIBRARY
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Embryo thoracic organs light micrograph
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Illustration of the foetal surface of a triplet placenta with three separate umbilical cords No septa are noted and thus each of the placentas have f
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Illustration of the foetal surface of a twin placenta with separate umbilical cords No septum is present across the equator and thus each placental c
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Illustration of the foetal surface of the placenta The two umbilical arteries (red) pass from the foetus to the placenta and are depleted in oxygen a
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Syphilis bacterium (Treponema pallidum) Coloured transmission electron micrograph (TEM) showing a Treponema pallidum bacterium (green) in penile skin
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Human body systems illustration
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Human body systems illustration
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Human body systems illustration
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Human body systems illustration
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Human body systems illustration
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Human body systems illustration
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Human body systems illustration
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Human body systems illustration
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Human body systems illustration
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a Treponema palFalse-colour scanning electron micrograph of the anaerobic spirochaete bacterilidum the causative agent of syphilis in man The bacter
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Human body systems illustration
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Human body systems illustration
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Human body systems illustration
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Liver light micrograph
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Liver light micrograph
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Placental circulation illustration The umbilical arteries (red) and veins (blue) terminate in the placenta as tree-like villi Between the villi are
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Treponema pallidum syphilis bacteria illustration
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Maternity Hospital Glyph Set Vector Illustration flat
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Maternity Hospital Isometric Icons Set Vector Illustration
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Eight-week-old foetus This foetus is seen during the end stage of the first trimester It is attached to the placenta and the mothers blood circulat
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Maternity Hospital Collection Icons Set Vector
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Maternity Hospital Collection Icons Set Vector
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Illustration the connection between the foetus and placenta (top left) The placenta is a temporary organ that connects a developing foetus to its mot
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Stem cell technology
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Induced pluripotent stem cells being frozen
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Induced pluripotent stem cells being frozen
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Spinal column Light micrograph (LM) of a section through a vertebra showing vertebra bone (purple) the spinal cord ( blue centre) and the spinal ca
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Spinal column Light micrograph (LM) of a section through a vertebra showing vertebra bone (red) the spinal cord (pink centre) and the spinal canal
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Human adrenal cortex light micrograph
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Stem cell research Biopolymers being developed in petri dishes in a stem cell research laboratory Biopolymers are biological polymers that can be us
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Boundary of cortex and adrenal medulla light micrograph
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Human adrenal gland cortex light micrograph
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Parathyroid gland of a child light micrograph
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Parathyroid gland light micrograph
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Parathyroid gland of a child light micrograph Unlike other endocrine glands the parathyroid glands show remarkable changes in their appearance acco
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Parathyroid gland of a child light micrograph Unlike other endocrine glands the parathyroid glands show remarkable changes in their appearance acco
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Child parathyroid gland light micrograph Unlike other endocrine glands the parathyroid glands show remarkable changes in their appearance according
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High magnification light micrograph of a childs parathyroid gland In the first years of life the gland has a compact appearance with a parenchyma
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Parathyroid gland of a child light micrograph
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Stem cell coloured scanning electron micrograph (SEM) These cells are known as multipotent because they undergo differentiation to produce precursors
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High magnification light micrograph of a childs parathyroid gland In the first years of life the gland has a compact appearance with a parenchyma
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Parathyroid gland of a child light micrograph
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Parathyroid gland of a child light micrograph
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Light micrograph section of an adult parathyroid gland Cell cord formed exclusively by chief cells The chief cells of the parathyroid are small cell
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Parathyroid gland light micrograph
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Parythroid gland light micrograph
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Light micrograph section through adult parathyroid gland Cell cord formed by chief cells among which a few oxyphilic cells remain The main cells of
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Adult parathyroid gland light micrograph
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Adult parathyroid gland light micrograph
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Umbilical cord Coloured Scanning Electron Micro- graph (SEM) of a sectioned human umbilical cord Here the cut umbilical vein (pink) reveals its inn
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High magnification micrograph of a human parathyroid gland showing oxyphilic cells They are large cells with a polygonal outline with an eosinophil
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High magnification light micrograph section of a human parathyroid gland showing oxyphilic cells They are large cells with a polygonal outline with
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Light micrograph of the parathyroid gland of a young subject stained with haematoxylin-eosin The glandular parenchyma is made up of thick cell cords
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Low magnification micrograph showing the parathyroid gland of a young individual At this time most of the volume of the gland corresponds to parench
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Islet of Langerhans light micrograph
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Islet of Langerhans light micrograph
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Syphilis bacteria illustration
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Foetal spine light micrograph
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Foetal spine light micrograph
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Stem cell coloured scanning electron micrograph (SEM) Stem cells can differentiate into any other cell type There are three main types of mammalian
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