RMETMNNB–Depiction of a Homo Erectus next to a Homo Erectus skull for comparison. Homo Erectus is an extinct genus of hominids and ancestor to Homo Sapiens.
RMETMP9H–Conceptual image of the face and upper body with the musculature visible under the skin.
RMETMN4B–Illustration of the female reproduction system during an ectopic pregnancy location in the ampulla section of the Fallopian tube, a zoomed out section shows the embryo.
RMETMNM6–Illustration of the female reproduction system during an ectopic pregnancy location in the ampulla section of the Fallopian tube, a zoomed out section shows the embryo.
RMETMNN3–Illustration of the female reproduction system during an ectopic pregnancy location in the ampulla section of the Fallopian tube, a zoomed out section shows the embryo.
RMETMP8R–Stylized illustration of strands of human DNA, deoxyribonucleic acid.
RMETMP96–Depiction of an Australopithecus, an extinct genus of hominids and early ancestor to Homo Sapiens.
RMETMP7W–Depiction of an Australopithecus, an extinct genus of hominids and early ancestor to Homo Sapiens.
RMETMNPC–Depiction of a Homo Erectus next to a Homo Erectus skull for comparison. Homo Erectus is an extinct genus of hominids and ancestor to Homo Sapiens.
RMETMP8X–Illustration of a Homo Habilis skull. Homo Habilis is an extinct genus of hominids and ancestor to Homo Sapiens.
RMETMN2G–Illustration of a Homo Habilis skull. Homo Habilis is an extinct genus of hominids and ancestor to Homo Sapiens.
RMETMNNW–Illustration of an Australopithecus skull. Australopithecus is an extinct genus of hominids and early ancestor to Homo Sapiens.
RMETMPJJ–Depiction of a Homo Sapiens or modern human next to a human skull for comparison.
RMETMN5C–Illustration of an Australopithecus skull. Australopithecus is an extinct genus of hominids and early ancestor to Homo Sapiens.
RMETMMJT–Illustration of an Australopithecus skull. Australopithecus is an extinct genus of hominids and early ancestor to Homo Sapiens.
RMETMKF2–Cross section illustration showing uterine fibroids, benign tumors in the uterus.
RMETMN2R–Illustration showing tubal ligation of the Fallopian tube by method of a silicone implant, used to block the tube by the growth of scar tissue and prevent fertilization.
RMETMNPA–Illustration showing tubal ligation of the Fallopian tube by Pomeroy method, which removes a section of the tube to prevent fertilization.
RMETMN4E–Illustration showing tubal ligation of the Fallopian tube by Pomeroy method, which removes a section of the tube to prevent fertilization.
RMETMNRH–Illustration showing tubal ligation of the Fallopian tube by method of a metal implant, used to block the tube by the growth of scar tissue and prevent fertilization.
RMETMNN8–Illustration showing tubal ligation of the Fallopian tube by method of a metal implant, used to block the tube by the growth of scar tissue and prevent fertilization.
RMETMNPF–Illustration showing the lungs within the chest.
RMETMMG3–Illustration showing the lungs within the chest.
RMETMNPG–Illustration showing tubal ligation of the Fallopian tube by method resection, where a section of the tube is removed to prevent fertilization.
RMETMPK0–Illustration showing the lungs within the chest.
RMETMKDW–Illustration of a testicle, part of the male reproductive system.
RMETMN3D–Illustration showing tubal ligation of the Fallopian tube by method of a clip, used to block the tube and prevent fertilization.
RMETMMJK–Illustration showing tubal ligation of the Fallopian tube by method of a clip, used to block the tube and prevent fertilization.
RMETMNN9–Illustration of the musculature and skeletal structure of the legs, visible through skin.
RMETMKET–Conceptual illustration showing the stages of motion that cause whiplash: retraction, extension and rebound.
RMETMP76–Illustration of a Homo Erectus skull. Homo Erectus is an extinct genus of hominids and ancestor to Homo Sapiens.
RMETMP9P–Conceptual image showing four stages of human evolution; Australopithecus, Homo Habilis, Homo Erectus and Homo Sapiens.
RMETMKDP–Depiction of a Homo Erectus, an extinct genus of hominids and ancestor to Homo Sapiens.
RMETMN49–Illustration showing a vein with a cutaway section to reveal the internal anatomy, including valves and blood flow.
RMETMPJ6–Conceptual image of the face with the musculature visible under the skin.
RMETMN3C–Depiction of a Homo Erectus, an extinct genus of hominids and ancestor to Homo Sapiens.
RMETMPJ0–Illustration showing a vein with a cutaway section to reveal the internal anatomy, including valves and blood flow.
RMETMKDG–Conceptual image showing four stages of human evolution; Australopithecus, Homo Habilis, Homo Erectus and Homo Sapiens.
RMETMMH5–Illustration of the blood supply and skeletal structure of the legs, visible through skin.
RMETMPJD–Illustration showing the musculature and skeletal structure of the legs, visible through skin.
RMETMN34–Illustration showing a knee replacement with transparent muscle.
RMETMP73–Conceptual image of the muscles of the face with the temporalis muscles highlighted.
RMETMNPH–Conceptual image of the muscles of the face with the occipitofrontalis muscles highlighted.
RMETMP7C–Stylized illustration of y-shaped antibody 1IGT, part of the human immune system.
RMETMNM8–Stylized illustration of y-shaped antibody 1IGT, part of the human immune system.
RMETMPHM–Conceptual image of the muscles of the face with the orbicularis oculi muscles highlighted.
RMETMNMH–Stylized illustration showing red blood cells flowing through the blood stream.
RMETMPK6–Conceptual image of the face with muscles exposed on one side.
RMETMP7K–Stylized illustration of strands of human DNA, deoxyribonucleic acid.
RMETMN4N–Stylized illustration of strands of human DNA, deoxyribonucleic acid.
RMETMNR0–Illustration showing the atlas and axis vertebrae of the neck.
RMETMN2X–Illustration showing the atlas and axis vertebrae of the neck.
RMETMP7J–Illustration of the arm with transparent skin to show injury to the lateral epicondyle tendon, known as lateral epicondylitis or tennis elbow.
RMETMP8N–Illustration of the arm with transparent skin to show injury to the lateral epicondyle tendon, known as lateral epicondylitis or tennis elbow.
RMETMN57–Illustration showing the serratus muscles and part of the skeleton.
RMETMP6G–Illustration showing the bones of the foot with a break in a metatarsal highlighted.
RMETMP88–Illustration showing the bones of the foot with a break in a metatarsal highlighted.
RMD0MA50–Microscopic styled visualization of a tapeworm (Cestoda).
RMD0M899–Front view of the renal system and it's blood supply. The vertebral column is also included.
RMD0N6AB–A young female figure examining her breast with internal anatomy visible.
RMD0M7R5–Rear view of the bones of the head and neck.
RMD0MC4D–Nanobots circulating in the bloodstream.
RMDTYGM3–Right Knee Ligaments
RMDTYJ52–Female Anatomy
RMD0N2J7–Male figure jumping with a basketball about to take a shot. The internal anatomy is visible within the body.
RMDTYHAX–Legionella Pneumophila Bacteria
RMD0M86R–Close-up view of the upper body showing the respiratory system.
RMD0MR36–Musculature layered over female body in extended puppy pose showing activity certain muscle groups in this particular yoga
RMD79TEH–Exercise Workout
RMD0NAHY–A developing fetus within the womb. (Week 15 after last menstrual period or LMP)
RMD0MAC6–Model of a Monolophosaurus dinosaur.
RMD0M7RH–Front view of the torso showing the digestive system and respiratory system. The skeleton is also partially visible.
RMDTYJ28–House Dust Mite
RMD0MBG0–A model of the human brain, isolating different lobes with color.
RMD79PGC–The Nervous System Pre-Adolescent)
RMDTYJ1A–Bot Fly Larva
RMD0MBMC–A human model showing pregnancy.
RMD0MPJG–Skeleton layered over a female body in seated wide angle pose showing the skeletal alignment of this particular yoga posture.
RMDTYJ22–Rat Brain Anatomy
RMD79TTB–Ytterbium Chemical Element)
RMD0MBJ0–Anatomical model of the human digestive system showing the gallbladder.
RMDTYGWE–Anopheles Mosquito
RMD79TD9–Exercise Workout
RMD0MCD8–The process of ovulation inside a female body.
RMD0MA2W–Conceptual visualization of the Swine influenza Virus (H1N1).
RMD0MWX3–Wire frame model layered over planet earth.
RMDTYGGX–Bladder and Uterus
RMD0MB2E–A human model showing the vastus medialis and lateralis muscles.
RMD0M7MW–Rear view of the bones of the lower body of the male skeleton.
RMD0M7X1–Stylized view from the front of the bones the torso within the skin (male).
RMD0MCK0–Rear of a human model showing internal anatomy.
RMD0MAP1–Body fat covering the stomach of an overweight man.
RMD0M7NC–Front view of stylized bones of the shoulder, upper left arm and neck.
RMD0MTY9–Anatomical model of an obese person standing on scales.
RMD0N8EE–Bones of the head and neck viewed from a three-quarter angle.
RMD0MY4K–Digital illustration of a pre-adolescent male child with the internal anatomy visible.
RMD0MRR1–Group of vibrio cholerae bacteria which causes cholera.
RMD0MBFE–A model of the human brain, isolating different lobes with color.
RMD0MB83–A human model showing the deltoid and trapezius as well as muscles in the neck and face.
RMD0N16T–An elderly male grips his chest due to a heart attack.
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