220 Glandular Vectors, Clipart, Icons, Backgrounds And Graphic Designs - Ready For Royalty Free Download From Dreamstime`s Creative Contributors.

The islets of Langerhans are responsible for the endocrine function of the pancreas. Each islet contains beta, alpha, and delta cells that are responsible for the secretion of a hormones. Glandular vectors
The islets of Langerhans are responsible for the endocrine function of the pancreas. Each islet contains beta, alpha, and delta cells that are responsible for the secretion of a hormones. Glandular vectors
Mononucleosis. Signs and symptoms of infectious mononucleosis. Human silhouette with internal organs. glandular fever, Pfeiffer's disease or Filatov's disease. Glandular vectors
Mononucleosis. Signs and symptoms of infectious mononucleosis. Human silhouette with internal organs. glandular fever, Pfeiffer's disease or Filatov's disease. Glandular vectors
Synapse vector illustration. Labeled diagram with neuromuscular junction, glandular and other neirons example. Closeup with isolated axon, cleft and dendrite structure. Glandular vectors
Synapse vector illustration. Labeled diagram with neuromuscular junction, glandular and other neirons example. Closeup with isolated axon, cleft and dendrite structure. Glandular vectors
Goblet cell. simple columnar epithelial cell for secrete mucus. They are found inside the trachea, bronchi, small and large intestine, and conjunctiva in the eyes. Structure cell nucleus and other organelles. Glandular vectors
Goblet cell. simple columnar epithelial cell for secrete mucus. They are found inside the trachea, bronchi, small and large intestine, and conjunctiva in the eyes. Structure cell nucleus and other organelles. Glandular vectors
Surface mucous cell is a foveolar mucus-producing cell that covering the inside of the stomach. Structure cell: golgi apparatus, secretory vesicle, mucin, nucleus, mitochondrion, microvilli. Glandular vectors
Surface mucous cell is a foveolar mucus-producing cell that covering the inside of the stomach. Structure cell: golgi apparatus, secretory vesicle, mucin, nucleus, mitochondrion, microvilli. Glandular vectors
Hormone feedback loop illustrating TRH TSH control of thyroid and negative feedback, key objects, hypothalamus, pituitary, thyroid, concept, endocrine regulation of metabolism. Outline diagram. Glandular vectors
Hormone feedback loop illustrating TRH TSH control of thyroid and negative feedback, key objects, hypothalamus, pituitary, thyroid, concept, endocrine regulation of metabolism. Outline diagram. Glandular vectors
Endocrine vs exocrine glands brief comparison shows hormone release to capillaries vs enzyme flow through ducts, key objects, duct, capillary, secretory cells. Outline diagram. Glandular vectors
Endocrine vs exocrine glands brief comparison shows hormone release to capillaries vs enzyme flow through ducts, key objects, duct, capillary, secretory cells. Outline diagram. Glandular vectors
Histology vs Pathology shows colon tissue comparison, normal crypts with goblet cells versus adenocarcinoma tumor mass. Main objects, colon, crypts, tumor cells. Outline diagram. Glandular vectors
Histology vs Pathology shows colon tissue comparison, normal crypts with goblet cells versus adenocarcinoma tumor mass. Main objects, colon, crypts, tumor cells. Outline diagram. Glandular vectors
Exocrine gland. Method of secretion. Apocrine gland cells secrete by budding off a portion of their cytoplasm. Merocrine gland cells excrete their substances by exocytosis. Vector illustration. Medical poster. Schematic diagram. Glandular vectors
Exocrine gland. Method of secretion. Apocrine gland cells secrete by budding off a portion of their cytoplasm. Merocrine gland cells excrete their substances by exocytosis. Vector illustration. Medical poster. Schematic diagram. Glandular vectors
Paneth cell it is the epithelium cells of the small intestine. their granules consist of anti-microbial compounds for important in immunity. Structure of the Paneth cell nucleus, mitochondria and other organelles. Glandular vectors
Paneth cell it is the epithelium cells of the small intestine. their granules consist of anti-microbial compounds for important in immunity. Structure of the Paneth cell nucleus, mitochondria and other organelles. Glandular vectors
Pancreas anatomy and treatment concept, human silhouette with internal organs, gallbladder, intestine, stomach and spleen on a beautiful abstract background with normal cardiogram at the bottom. Glandular vectors
Pancreas anatomy and treatment concept, human silhouette with internal organs, gallbladder, intestine, stomach and spleen on a beautiful abstract background with normal cardiogram at the bottom. Glandular vectors
Human brain with Part of limbic system, and Cerebral Cortex, Suprachiasmatic Nucleus, Optic Chiasm, Hypothalamus, and Pineal Gland. regulation of circadian rhythms and the sleep-wake cycle in the brain. Human anatomy. vector illustration. Glandular vectors
Human brain with Part of limbic system, and Cerebral Cortex, Suprachiasmatic Nucleus, Optic Chiasm, Hypothalamus, and Pineal Gland. regulation of circadian rhythms and the sleep-wake cycle in the brain. Human anatomy. vector illustration. Glandular vectors
Illustration of a glandular trichome from Artemisia annua, the plant known for producing artemisinin. The diagram shows the basal cell, subapical (stalk) cell, and secretory apical cell. Glandular vectors
Illustration of a glandular trichome from Artemisia annua, the plant known for producing artemisinin. The diagram shows the basal cell, subapical (stalk) cell, and secretory apical cell. Glandular vectors
A detailed diagram of a glandular trichome, a type of plant cell structure, illustrating its various components such as secretory apical, subapical cell, stalk cell, and basal cell, which are essential for plant biology and education. Glandular vectors
A detailed diagram of a glandular trichome, a type of plant cell structure, illustrating its various components such as secretory apical, subapical cell, stalk cell, and basal cell, which are essential for plant biology and education. Glandular vectors
Different types of Trichome and bristle types plant hair. Tapering, glandular, stellate, unicellular uniseriate multiseriate pilate capitate malphigian sessile dendrite, peltate, barbed,plumose. Glandular vectors
Different types of Trichome and bristle types plant hair. Tapering, glandular, stellate, unicellular uniseriate multiseriate pilate capitate malphigian sessile dendrite, peltate, barbed,plumose. Glandular vectors
A detailed diagram of a glandular trichome, a type of plant cell structure, showcasing its various components such as secretory apical, subapical cell, stalk cell, and basal cell, which are essential for plant biology and education. Glandular vectors
A detailed diagram of a glandular trichome, a type of plant cell structure, showcasing its various components such as secretory apical, subapical cell, stalk cell, and basal cell, which are essential for plant biology and education. Glandular vectors
Different types of exocrine gland type. Glandular epithelium. Epithelial tissue types. Labeled straight, branched, tubular, acinar, compound tubuloacinar. Produce and release different secretory. Glandular vectors
Different types of exocrine gland type. Glandular epithelium. Epithelial tissue types. Labeled straight, branched, tubular, acinar, compound tubuloacinar. Produce and release different secretory. Glandular vectors
Educational endocrinology detailing the microscopic mechanism of hormone secretion by an endocrine gland in full color. The labeled medical diagram illustrates ductless glandular architecture, clearly highlighting the secretory endocrine cells, surrounding blood capillaries, and direct release of hormones into the bloodstream for systemic circulation. High-quality infographic graphic ideal for endocrinology textbooks, physiology study guides, biology curriculum charts, medical school lectures, clinic posters, and patient healthcare education presentations. Glandular vectors
Educational endocrinology detailing the microscopic mechanism of hormone secretion by an endocrine gland in full color. The labeled medical diagram illustrates ductless glandular architecture, clearly highlighting the secretory endocrine cells, surrounding blood capillaries, and direct release of hormones into the bloodstream for systemic circulation. High-quality infographic graphic ideal for endocrinology textbooks, physiology study guides, biology curriculum charts, medical school lectures, clinic posters, and patient healthcare education presentations. Glandular vectors
This high-quality 3D medical visualization depicts the human pancreas in vivid anatomical detail. The organ is shown in its natural orientation, characterized by its lobulated, glandular structure and yellowish hue. Intricate networks of red arteries are clearly visible, demonstrating the complex vascular supply to the pancreas and duodenum. Glandular vectors
This high-quality 3D medical visualization depicts the human pancreas in vivid anatomical detail. The organ is shown in its natural orientation, characterized by its lobulated, glandular structure and yellowish hue. Intricate networks of red arteries are clearly visible, demonstrating the complex vascular supply to the pancreas and duodenum. Glandular vectors
This high-resolution biological asset features an American Bullfrog (Lithobates catesbeianus) in a robust lateral-oblique profile. The illustration meticulously renders the species' characteristic olive-green dorsal skin, interspersed with dark brown maculations and a distinctively pale, creamy throat. Meticulous attention is paid to the large, prominent golden-rimmed eyes and the massive, circular tympanum (external ear) located just behind the eye, which is larger than the eye itself in this mature specimen. The asset highlights the powerful, muscular hind limbs adapted for explosive jumping and the moist, glandular texture of the integument. This professional-grade cutout is an ideal resource for herpetological studies, North American aquatic ecology education, and high-end digital amphibian illustration. Glandular vectors
This high-resolution biological asset features an American Bullfrog (Lithobates catesbeianus) in a robust lateral-oblique profile. The illustration meticulously renders the species' characteristic olive-green dorsal skin, interspersed with dark brown maculations and a distinctively pale, creamy throat. Meticulous attention is paid to the large, prominent golden-rimmed eyes and the massive, circular tympanum (external ear) located just behind the eye, which is larger than the eye itself in this mature specimen. The asset highlights the powerful, muscular hind limbs adapted for explosive jumping and the moist, glandular texture of the integument. This professional-grade cutout is an ideal resource for herpetological studies, North American aquatic ecology education, and high-end digital amphibian illustration. Glandular vectors
Detailed anatomical illustration of human skin showing all main layers epidermis, dermis, and hypodermis. Visible structures include hair shafts, hair follicles, sebaceous glands, blood vessels, nerves, and connective tissue. Glandular vectors
Detailed anatomical illustration of human skin showing all main layers epidermis, dermis, and hypodermis. Visible structures include hair shafts, hair follicles, sebaceous glands, blood vessels, nerves, and connective tissue. Glandular vectors