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

Gymnosperm vs angiosperm vector illustration. Labeled educational scheme with plants fertilization style and differences. Pine versus flower diagram and inner inside structure explanation graphic. Integument vectors
Gymnosperm vs angiosperm vector illustration. Labeled educational scheme with plants fertilization style and differences. Pine versus flower diagram and inner inside structure explanation graphic. Integument vectors
Human skin anatomy infographic diagram cross section structure and parts layers epidermis dermis subcutaneous tissue sweat gland hair blood vessel for biology physiology science education vector. Integument vectors
Human skin anatomy infographic diagram cross section structure and parts layers epidermis dermis subcutaneous tissue sweat gland hair blood vessel for biology physiology science education vector. Integument vectors
Parts and organs of human body, isolated icons with inscriptions. Heart and brain, kidneys and lungs, stomach and pancreas, skin and reproductive systems of men and women. Vector in flat style. Integument vectors
Parts and organs of human body, isolated icons with inscriptions. Heart and brain, kidneys and lungs, stomach and pancreas, skin and reproductive systems of men and women. Vector in flat style. Integument vectors
Healthy normal skin structure with body hair and healthcare vector skincare and treatment disease prevention medicine or dermatology medical model of human investing tissue or layer glandlae sebaceae. Integument vectors
Healthy normal skin structure with body hair and healthcare vector skincare and treatment disease prevention medicine or dermatology medical model of human investing tissue or layer glandlae sebaceae. Integument vectors
Lipoma fatty tumor medical poster. Not cancer, benign tumor under skin, fat lump in human body. Skin layers structure epidermis, dermis and hypodermis and muscle medical flat vector illustration. Integument vectors
Lipoma fatty tumor medical poster. Not cancer, benign tumor under skin, fat lump in human body. Skin layers structure epidermis, dermis and hypodermis and muscle medical flat vector illustration. Integument vectors
Human skin is the outer layer of the body in humans. It is the largest organ of the body system covering up. The skin has several layers of ectodermal tissue and guards muscles, bones, ligaments and internal organs underneath. Integument vectors
Human skin is the outer layer of the body in humans. It is the largest organ of the body system covering up. The skin has several layers of ectodermal tissue and guards muscles, bones, ligaments and internal organs underneath. Integument vectors
Folliculitis medical poster. Inflamed follicles with bacteria or infection. Pimple with pus in hair follicle. Itchy, sore and painful areas. Skin layers diagram, epidermis, dermis vector illustration. Integument vectors
Folliculitis medical poster. Inflamed follicles with bacteria or infection. Pimple with pus in hair follicle. Itchy, sore and painful areas. Skin layers diagram, epidermis, dermis vector illustration. Integument vectors
Split ends and hair breakage poster. Head disease and unhealthy hair concept. Effect of temperature on human hair. Skin layers diagram, epidermis, dermis and hypodermis, flat vector illustration. Integument vectors
Split ends and hair breakage poster. Head disease and unhealthy hair concept. Effect of temperature on human hair. Skin layers diagram, epidermis, dermis and hypodermis, flat vector illustration. Integument vectors
Skin aging concept. Young and old skin comparison, elastane and collagen components. Skin changes with age. Wrinkles on the body over time. Epidermis, dermis and hypodermis flat vector illustration. Integument vectors
Skin aging concept. Young and old skin comparison, elastane and collagen components. Skin changes with age. Wrinkles on the body over time. Epidermis, dermis and hypodermis flat vector illustration. Integument vectors
Lipoma fatty tumor medical poster. Not cancer, benign tumor under skin, fat lump in human body. Skin layers structure epidermis, dermis and hypodermis and muscle medical flat vector illustration. Integument vectors
Lipoma fatty tumor medical poster. Not cancer, benign tumor under skin, fat lump in human body. Skin layers structure epidermis, dermis and hypodermis and muscle medical flat vector illustration. Integument vectors
Dandruff hair problems and treatment. White flake in the human head, dry skin. Scuff on the human scalp. Skin layers diagram, epidermis and dermis medical poster flat vector illustration. Integument vectors
Dandruff hair problems and treatment. White flake in the human head, dry skin. Scuff on the human scalp. Skin layers diagram, epidermis and dermis medical poster flat vector illustration. Integument vectors
This high-resolution, professional-grade illustration features a mature Common Bottlenose Dolphin (Tursiops truncatus), captured in a dynamic, descending lateral profile. The specimen exemplifies the streamlined, fusiform morphology of the Delphinidae family, optimized for high-velocity aquatic locomotion and minimal drag. The rendering showcases a smooth, resilient integument with a sophisticated countershading gradient—transitioning from a deep slate-gray dorsal surface to a lighter, pale-gray ventral underside. Anatomical highlights include the prominent, falcate dorsal fin for hydro-stability, a singular dorsal blowhole for rapid respiratory exchange, and a well-defined rostrum (beak) characteristic of the genus. The lateral pectoral flippers are angled to demonstrate steering capability, while the posterior peduncle terminates in powerful horizontal flukes. This high-fidelity asset is a premier resource for marine biology, cetacean anatomy, and professional digital media focusing on marine mammalian species. Integument vectors
This high-resolution, professional-grade illustration features a mature Common Bottlenose Dolphin (Tursiops truncatus), captured in a dynamic, descending lateral profile. The specimen exemplifies the streamlined, fusiform morphology of the Delphinidae family, optimized for high-velocity aquatic locomotion and minimal drag. The rendering showcases a smooth, resilient integument with a sophisticated countershading gradient—transitioning from a deep slate-gray dorsal surface to a lighter, pale-gray ventral underside. Anatomical highlights include the prominent, falcate dorsal fin for hydro-stability, a singular dorsal blowhole for rapid respiratory exchange, and a well-defined rostrum (beak) characteristic of the genus. The lateral pectoral flippers are angled to demonstrate steering capability, while the posterior peduncle terminates in powerful horizontal flukes. This high-fidelity asset is a premier resource for marine biology, cetacean anatomy, and professional digital media focusing on marine mammalian species. Integument vectors
This high-resolution biological illustration features a juvenile Common Bottlenose Dolphin (Tursiops truncatus) in a serene, horizontal swimming posture. This specimen exemplifies the streamlined, fusiform morphology of the Delphinidae family, optimized for aquatic efficiency. The rendering showcases a smooth, resilient integument with a sophisticated countershading gradient—transitioning from a dark slate-gray dorsal surface to a lighter, pale-cream ventral side. Anatomical highlights include the prominent, curved dorsal fin for hydro-stability, a singular blowhole positioned dorsally for rapid respiratory exchange, and a well-defined rostrum (snout) characteristic of the species. The lateral pectoral flippers are positioned to demonstrate steering capability, while the posterior peduncle leads to a powerful fluke. This high-fidelity asset serves as a premier resource for marine biology, cetacean anatomy studies, and professional digital media focusing on marine life. Integument vectors
This high-resolution biological illustration features a juvenile Common Bottlenose Dolphin (Tursiops truncatus) in a serene, horizontal swimming posture. This specimen exemplifies the streamlined, fusiform morphology of the Delphinidae family, optimized for aquatic efficiency. The rendering showcases a smooth, resilient integument with a sophisticated countershading gradient—transitioning from a dark slate-gray dorsal surface to a lighter, pale-cream ventral side. Anatomical highlights include the prominent, curved dorsal fin for hydro-stability, a singular blowhole positioned dorsally for rapid respiratory exchange, and a well-defined rostrum (snout) characteristic of the species. The lateral pectoral flippers are positioned to demonstrate steering capability, while the posterior peduncle leads to a powerful fluke. This high-fidelity asset serves as a premier resource for marine biology, cetacean anatomy studies, and professional digital media focusing on marine life. Integument vectors
This high-resolution, professional-grade digital rendering features a pod of Common Bottlenose Dolphins (Tursiops truncatus) in a dynamic, multi-axial composition. The biological assets showcase the streamlined, fusiform morphology of the Delphinidae family, specifically designed for efficient hydrodynamics and high-speed aquatic locomotion. The specimens exhibit a uniform slate-gray dorsal coloration fading to a lighter ventral shade, highlighting their smooth, hairless integument. Anatomical highlights include the prominent falcate dorsal fins for stability, powerful pectoral flippers for steering, and the characteristic elongated rostrum (beak) containing homodont dentition. The various orientations—including lateral, ventral, and three-quarter views—demonstrate the flexibility of the peduncle and the broad, horizontal flukes used for propulsion. This high-fidelity collection is an essential resource for marine biology education, veterinary cetology, and digital media focusing on marine mammalian social structures. Integument vectors
This high-resolution, professional-grade digital rendering features a pod of Common Bottlenose Dolphins (Tursiops truncatus) in a dynamic, multi-axial composition. The biological assets showcase the streamlined, fusiform morphology of the Delphinidae family, specifically designed for efficient hydrodynamics and high-speed aquatic locomotion. The specimens exhibit a uniform slate-gray dorsal coloration fading to a lighter ventral shade, highlighting their smooth, hairless integument. Anatomical highlights include the prominent falcate dorsal fins for stability, powerful pectoral flippers for steering, and the characteristic elongated rostrum (beak) containing homodont dentition. The various orientations—including lateral, ventral, and three-quarter views—demonstrate the flexibility of the peduncle and the broad, horizontal flukes used for propulsion. This high-fidelity collection is an essential resource for marine biology education, veterinary cetology, and digital media focusing on marine mammalian social structures. Integument vectors
Dermatology diagnostics and skin health concept with cross-section skin layers, hair follicle and mole, glowing blue neon polygonal style, ideal for skincare advertising, vector illustration. Integument vectors
Dermatology diagnostics and skin health concept with cross-section skin layers, hair follicle and mole, glowing blue neon polygonal style, ideal for skincare advertising, vector illustration. Integument vectors
Oily and dry skin anatomy. Human body skin vector illustration with parts vein artery hair sweat gland epidermis dermis and hypodermis. Human Cross-section of the skin layers structure. Integument vectors
Oily and dry skin anatomy. Human body skin vector illustration with parts vein artery hair sweat gland epidermis dermis and hypodermis. Human Cross-section of the skin layers structure. Integument vectors
Detailed scientific of an ovule structure showing the embryonic sac, egg cell, antipodal cells, secondary nucleus, micropyle, inner and outer integuments, chalaza, funicle, and vascular strand. Suitable for botany, plant biology, reproductive biology, fertilization, seed development, textbooks, educational materials, and scientific publications. Integument vectors
Detailed scientific of an ovule structure showing the embryonic sac, egg cell, antipodal cells, secondary nucleus, micropyle, inner and outer integuments, chalaza, funicle, and vascular strand. Suitable for botany, plant biology, reproductive biology, fertilization, seed development, textbooks, educational materials, and scientific publications. Integument vectors
Detailed scientific of an ovule structure showing the embryonic sac, egg cell, antipodal cells, secondary nucleus, micropyle, inner and outer integuments, chalaza, funicle, and vascular strand. Suitable for botany, plant biology, reproductive biology, fertilization, seed development, textbooks, educational materials, and scientific publications. Integument vectors
Detailed scientific of an ovule structure showing the embryonic sac, egg cell, antipodal cells, secondary nucleus, micropyle, inner and outer integuments, chalaza, funicle, and vascular strand. Suitable for botany, plant biology, reproductive biology, fertilization, seed development, textbooks, educational materials, and scientific publications. Integument vectors
Detailed scientific of an ovule structure showing the embryonic sac, egg cell, antipodal cells, secondary nucleus, micropyle, inner and outer integuments, chalaza, funicle, and vascular strand. Suitable for botany, plant biology, reproductive biology, fertilization, seed development, textbooks, educational materials, and scientific publications. Integument vectors
Detailed scientific of an ovule structure showing the embryonic sac, egg cell, antipodal cells, secondary nucleus, micropyle, inner and outer integuments, chalaza, funicle, and vascular strand. Suitable for botany, plant biology, reproductive biology, fertilization, seed development, textbooks, educational materials, and scientific publications. Integument vectors
An illustration of an orthotropous ovule, showing its straight alignment with labeled parts like nucellus, integuments, chalaza, micropyle, and funiculus. Integument vectors
An illustration of an orthotropous ovule, showing its straight alignment with labeled parts like nucellus, integuments, chalaza, micropyle, and funiculus. Integument vectors
An illustration of a hemitropous ovule, showing its partially tilted structure with labeled parts like nucellus, integuments, chalaza, micropyle, and funiculus. Integument vectors
An illustration of a hemitropous ovule, showing its partially tilted structure with labeled parts like nucellus, integuments, chalaza, micropyle, and funiculus. Integument vectors
A high-resolution, professional-grade illustration of a single Larval Newt (Family Salamandridae), presented in a naturalistic lateral profile. This biological asset captures the critical aquatic developmental stage of a salamandrid, featuring the prominent, feathery external gills (branchiae) essential for underwater respiration. The rendering emphasizes the specimen's translucent, speckled integument, which reveals a dark mid-lateral pigment band and a pale, yellowish ventral surface. Key morphological details include the developing forelimbs and hindlimbs with fine digits, and a long, compressed caudal fin that facilitates efficient propulsion. The large, dark eye is positioned laterally, providing a wide field of view for predatory foraging in vernal pools. Isolated on a transparent grid background, this high-fidelity digital specimen serves as a premier resource for herpetological research, developmental biology illustration, and educational media focusing on freshwater wetland ecosystems. Integument vectors
A high-resolution, professional-grade illustration of a single Larval Newt (Family Salamandridae), presented in a naturalistic lateral profile. This biological asset captures the critical aquatic developmental stage of a salamandrid, featuring the prominent, feathery external gills (branchiae) essential for underwater respiration. The rendering emphasizes the specimen's translucent, speckled integument, which reveals a dark mid-lateral pigment band and a pale, yellowish ventral surface. Key morphological details include the developing forelimbs and hindlimbs with fine digits, and a long, compressed caudal fin that facilitates efficient propulsion. The large, dark eye is positioned laterally, providing a wide field of view for predatory foraging in vernal pools. Isolated on a transparent grid background, this high-fidelity digital specimen serves as a premier resource for herpetological research, developmental biology illustration, and educational media focusing on freshwater wetland ecosystems. Integument vectors
Illustration comparing unitegmic single integument and bitegmic double integument ovules, highlighting nucellus, embryo sac, micropyle, and seed coat differences. Integument vectors
Illustration comparing unitegmic single integument and bitegmic double integument ovules, highlighting nucellus, embryo sac, micropyle, and seed coat differences. Integument vectors
A detailed, high-resolution illustration of several Beetle Larvae, commonly known as grubs, showcasing the larval stage of various scarab beetles or weevils. The asset features multiple C-shaped, fleshy white bodies with distinct segmented ridges and orange-brown sclerotized heads. The rendering highlights the small, jointed thoracic legs near the head and the translucent appearance of the integument. Isolated on a transparent grid background, this entomological specimen is an essential resource for agricultural education, soil science research, and digital media focusing on insect life cycles and garden biodiversity. Integument vectors
A detailed, high-resolution illustration of several Beetle Larvae, commonly known as grubs, showcasing the larval stage of various scarab beetles or weevils. The asset features multiple C-shaped, fleshy white bodies with distinct segmented ridges and orange-brown sclerotized heads. The rendering highlights the small, jointed thoracic legs near the head and the translucent appearance of the integument. Isolated on a transparent grid background, this entomological specimen is an essential resource for agricultural education, soil science research, and digital media focusing on insect life cycles and garden biodiversity. Integument vectors
An illustration of an amphitropous ovule, showing its curved structure with labeled parts like nucellus, integuments, chalaza, micropyle, and funiculus. Integument vectors
An illustration of an amphitropous ovule, showing its curved structure with labeled parts like nucellus, integuments, chalaza, micropyle, and funiculus. Integument vectors
Oily and dry skin anatomy. Human body skin vector illustration with parts vein artery hair sweat gland epidermis dermis and hypodermis. Human Cross-section of the skin layers structure. Integument vectors
Oily and dry skin anatomy. Human body skin vector illustration with parts vein artery hair sweat gland epidermis dermis and hypodermis. Human Cross-section of the skin layers structure. Integument vectors
A high-resolution, professional-grade illustration of a mature Salamander (Order Caudata), presented in a naturalistic dorsal (top-down) view with a characteristic lateral tail curve. This biological asset showcases the specialized morphology of the Salamandridae family, featuring a moist, permeable integument with a dark, mottled "salt-and-pepper" pigment pattern for forest floor crypsis. The rendering emphasizes the distinct anatomical regions, including the blunt, rounded snout with prominent laterally positioned eyes, and a robust trunk supported by four well-developed limbs with delicate digits. A key feature is the elongated, muscular tail, which lacks the larval fin, indicating a fully terrestrial adult phase. The depiction captures the subtle glistening texture of the skin, highlighting its physiological role in cutaneous respiration. Isolated on a transparent grid background, this high-fidelity specimen serves as a premier resource for herpetological research, zoological illustration, and digital media focusing on temperate forest biodiversity. Integument vectors
A high-resolution, professional-grade illustration of a mature Salamander (Order Caudata), presented in a naturalistic dorsal (top-down) view with a characteristic lateral tail curve. This biological asset showcases the specialized morphology of the Salamandridae family, featuring a moist, permeable integument with a dark, mottled "salt-and-pepper" pigment pattern for forest floor crypsis. The rendering emphasizes the distinct anatomical regions, including the blunt, rounded snout with prominent laterally positioned eyes, and a robust trunk supported by four well-developed limbs with delicate digits. A key feature is the elongated, muscular tail, which lacks the larval fin, indicating a fully terrestrial adult phase. The depiction captures the subtle glistening texture of the skin, highlighting its physiological role in cutaneous respiration. Isolated on a transparent grid background, this high-fidelity specimen serves as a premier resource for herpetological research, zoological illustration, and digital media focusing on temperate forest biodiversity. Integument vectors
Close-up of a rare Hadrosaur skin impression fossil, revealing intricate natural pebbled textures and a prehistoric scaly pattern. A significant paleontological find showcasing dinosaur skin preservation in stone. Integument vectors
Close-up of a rare Hadrosaur skin impression fossil, revealing intricate natural pebbled textures and a prehistoric scaly pattern. A significant paleontological find showcasing dinosaur skin preservation in stone. Integument vectors
This educational medical diagram illustrates the microscopic anatomy of human skin, highlighting the distinct layers of the epidermis and the dense network of connective tissue in the dermis. Integument vectors
This educational medical diagram illustrates the microscopic anatomy of human skin, highlighting the distinct layers of the epidermis and the dense network of connective tissue in the dermis. Integument 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. Integument 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. Integument vectors
An illustration of a circinotropous ovule, showing its coiled structure with labeled parts like nucellus, integuments, chalaza, micropyle, and funiculus. Integument vectors
An illustration of a circinotropous ovule, showing its coiled structure with labeled parts like nucellus, integuments, chalaza, micropyle, and funiculus. Integument vectors
An illustration of a campylotropous ovule, showing its curved structure with labeled parts like nucellus, integuments, chalaza, micropyle, and funiculus. Integument vectors
An illustration of a campylotropous ovule, showing its curved structure with labeled parts like nucellus, integuments, chalaza, micropyle, and funiculus. Integument vectors