Code Modification Illustrations & Vectors

Line Genetic engineering modification on laptop icon isolated on blue background. DNA analysis, genetics testing. Cloning. Colorful outline concept. Vector

Unveiling the Genetic Code of the Night Exploring the Ethics and Potential of Baby Design DNA Modification and. The intricate dance of DNA holds the key to. The intricate dance of DNA holds the key to understanding life's complexities, and advancements in gene editing technologies are rapidly reshaping our future. This exploration delves into the fascinating realm of genetic engineering, focusing on its potential applications in modifying DNA, designing babies, and revolutionizing gene therapy. From altering disease-causing genes to potentially

Close up 3D render of orange DNA double helix structures floating in blue glowing liquid. Microscopic view of genetic code,. Molecular biology, life science. Close up 3D render of orange DNA double helix structures floating in blue glowing liquid. Microscopic view of genetic code, molecular biology, life science research. Science, health.

Exploring the Future of Agriculture Green Biotechnology Research with Plant Samples in Lab Flasks. Harnessing the power of nature's genetic code, this. Harnessing the power of nature's genetic code, this captivating image showcases the cutting-edge field of green biotechnology. The meticulously prepared plant samples, nestled within laboratory flasks, represent a crucial stage in research and development. These samples are likely undergoing various analyses, including genetic modification, tissue culture, and metabolic profiling, to unlock

DNA double helix with circular arrows illustrating genetic modification or biological process. AI generated

Illustration visualizes DNA double helix structure, glowing with orange light, amid blurred blue forest backdrop. Science tech,. Biological process depiction. Illustration visualizes DNA double helix structure, glowing with orange light, amid blurred blue forest backdrop. Science tech, biological process depiction, genetic code biomedical.

Grey Genetic engineering modification on laptop icon isolated on grey background. DNA analysis, genetics testing. Cloning. Set icons in square buttons. Vector

Genetically modified corn research showing dna helix and scientist holding corn cob in laboratory setting. A scientist in a lab holds corn, showcasing genetic. a scientist in a lab holds corn, showcasing genetic research. The image features a dna helix, highlighting the modification and scientific analysis of the crop for future food development. It shows innovation.

Colorful dna double helix rotating on white background, representing genetic code and biological information. Dynamic dna double helix in vibrant colors spinning. Dynamic dna double helix in vibrant colors spinning against a white backdrop, symbolizing genetic coding and biological data

Luminous polygonal dna helix spinning against deep blue backdrop, revealing blurred genetic strands with plexus networking,. Glowing polygonal dna helix rotating. Glowing polygonal dna helix rotating on dark blue background with other blurred dna structures and plexus effect, representing genetic engineering, genome modification and biotechnology

Hooded figures sit in a dimly lit, high-tech space, surrounded by glowing screens displaying code. Eyes emit eerie cyan glow, enhancing the cyberpunk aesthetic

Abstract digital illustration representing precise genetic engineering manipulation using low poly metallic scissors cutting. This image depicts a highly. This image depicts a highly detailed scientific visualization featuring a luminescent double helix DNA structure being precisely cut by a metallic, low-poly designed scissor tool, symbolizing advanced genetic modification and molecular editing, set against a dark, ethereal background filled with interconnected nodes, floating molecular particles, and soft blue lighting that creates a sophisticated, futuristic, and high-tech atmosphere suitable for biotechnology

Illustration of CRISPR gene-editing technology with colorful DNA strands and molecular structures. A vibrant and futuristic depiction of CRISPR gene-editing. A vibrant and futuristic depiction of CRISPR gene-editing technology featuring glowing, multicolored DNA strands intertwined with molecular structures. The abstract, dynamic elements emphasize scientific innovation, genetic engineering, and advancements in biotechnology. Set against a dark background, this striking visual highlights the intricacy and beauty of genetic modification processes, ideal

Grey Genetic engineering modification on laptop icon isolated on grey background. DNA analysis, genetics testing. Cloning. Set icons in square buttons. Vector

3d rendering of DNA helix an artistic form. 3d rendering of parallel flow symbolize the transmission of genetic information, with the alternating segments. 3d rendering of parallel flow symbolize the transmission of genetic information, with the alternating segments representing the base pairs that carry the genetic code. DNA as an artistic form.

3d rendering of DNA helix an artistic form. 3d rendering of parallel flow symbolize the transmission of genetic information, with the alternating segments. 3d rendering of parallel flow symbolize the transmission of genetic information, with the alternating segments representing the base pairs that carry the genetic code. DNA as an artistic form.

Neon DNA helix illustration against white background. Genetic engineering concept, gene modification, genome research. Perfect. For science, tech, biotech

Illuminating the Future of Genetic Engineering: A 3D Render of DNA on a Circuit Board. This captivating 3D rendering showcases a DNA double helix delicately. This captivating 3D rendering showcases a DNA double helix delicately placed atop a complex circuit board. The DNA strand is depicted with an ethereal glow, its structure rendered with high precision and glowing with a vibrant pink and blue hue. The circuit board, a dark background, adds a technological element to the scene, with its intricate network of pathways and connectors highlighted with subtle neon lights. The contrast between the organic form of the DNA and the rigid structure of the circuit board creates a compelling visual metaphor for the convergence of biology and technology. The image suggests advancements in genetic engineering, bioinformatics, and the potential for technological manipulation of genetic code. This visual could represent themes of genetic research, biotechnology, synthetic biology, and the fusion of natural processes with technological innovation. This vivid and highly detailed image perfectly encapsulates the intersection of these critical fields. It evokes wonder and contemplation about the future of life sciences.

Close-up of a DNA double helix with glowing nucleotide bases A, T, C, G and loose letters representing gene editing or mutation,. A close-up view of a DNA double. A close-up view of a DNA double helix with a focus on glowing nucleotide bases, labeled A, T, C, and G, highlights the genetic code. Loose letters, such as R and E, suggest concepts of gene editing or mutation. The intertwined strands exhibit a helical structure, with a dark background emphasizing the luminescent letters. This representation underscores the complexity and adaptability of genetic material, relevant in fields like genetics and biotechnology.

Paper cut Genetic engineering modification on laptop icon isolated on grey background. DNA analysis, genetics testing. Cloning. Paper art style. Vector

A Futuristic Depiction of a DNA Strand Visualizing Biotechnological Advancements in Genetic Engineering and Genome. This captivating digital rendering showcases. This captivating digital rendering showcases a vibrant, futuristic DNA strand, a powerful symbol of the ongoing revolution in biotechnology. The intricate helix structure, depicted with striking clarity and dynamic color gradients, represents the complex genetic code within a cell. This image evokes the cutting-edge advancements in research, from exploring the human genome to gene editing

Dramatic Close-Up Visualization of CRISPR-Cas9 Molecular Editing Process: A Stunning Representation of Genetic Precision. This captivating image presents a. This captivating image presents a highly detailed, digitally rendered representation of the CRISPR-Cas9 gene editing mechanism. The central focus is a stylized double helix DNA strand, intricately illuminated with vibrant red and blue light effects suggesting active cutting and modification within the genetic code. Surrounding the DNA are numerous small, glowing particles â€' likely representing

Mutated DNA and molecules scientific biotechnology. This stock image explores the intricacies of mutated DNA and molecular structures within the realm of. This stock image explores the intricacies of mutated DNA and molecular structures within the realm of scientific biotechnology. It features dynamic visuals of genetic modification, showcasing the complexity of chromosomes, biochemistry, and the evolution of genetic codes. Highlighting research and technological advancements in genetics, it delves into the molecular foundations of disease, health care, and futuristic medical concepts.

Mutated DNA and molecules scientific biotechnology. This stock image explores the intricacies of mutated DNA and molecular structures within the realm of. This stock image explores the intricacies of mutated DNA and molecular structures within the realm of scientific biotechnology. It features dynamic visuals of genetic modification, showcasing the complexity of chromosomes, biochemistry, and the evolution of genetic codes. Highlighting research and technological advancements in genetics, it delves into the molecular foundations of disease, health care, and futuristic medical concepts.

Black Genetic engineering modification on laptop icon isolated on yellow background. DNA analysis, genetics testing. Cloning. Silver rectangle button. Vector

White Genetic engineering modification on laptop icon isolated on colorful background. DNA analysis, genetics testing. Cloning. Set icons in square buttons

Pop art Genetic engineering modification on laptop icon isolated on color background. DNA analysis, genetics testing. Cloning. Vector

DNA strand being cut by molecular scissors. This 3D rendering illustrates the cutting of a complex DNA double helix structure against a dark blue background. The. This 3D rendering illustrates the cutting of a complex DNA double helix structure against a dark blue background. The metallic scissors symbolize genetic modification and precise gene editing technology like CRISPR. Rendered by Ai, this abstract visual represents biotechnology, sequencing, and the future of healthcare. The vibrant red highlights indicate the exact point of incision on the genetic

GMO food are crops modified for better yield resistance or nutrition. Concept Agriculture, Genetic. Concept Agriculture, Genetic Modification, Crop Improvements. Concept Agriculture, Genetic Modification, Crop Improvements, Food Security, Nutritional Value GMO food are crops modified for better yield resistance or nutrition

Colorful Genetic engineering modification on monitor icon isolated on white background. DNA analysis, genetics testing. Cloning. Square button. 3D render

DNA and RNA Structure Molecular Abstract Representation Genetics deoxyribonucleic acid and ribonucleic acid. Image generated with AI. A visually striking. Image generated with AI. A visually striking abstract representation of deoxyribonucleic acid (DNA) and ribonucleic acid (RNA), showcasing the intricate helical structure that defines molecular biology. This image highlights the genetic code, featuring nucleotides and the double helix, symbolizing the blueprint of life. The design evokes the core principles of genetic engineering, genome research, and bioinformatics, illustrating key processes like mutation, replication, transcription, and translation through vibrant and scientific visuals.

DNA and RNA Structure Molecular Abstract Representation Genetics deoxyribonucleic acid and ribonucleic acid. Image generated with AI. A visually striking. Image generated with AI. A visually striking abstract representation of deoxyribonucleic acid (DNA) and ribonucleic acid (RNA), showcasing the intricate helical structure that defines molecular biology. This image highlights the genetic code, featuring nucleotides and the double helix, symbolizing the blueprint of life. The design evokes the core principles of genetic engineering, genome research, and bioinformatics, illustrating key processes like mutation, replication, transcription, and translation through vibrant and scientific visuals.

Filled outline Genetic engineering modification on laptop icon isolated on white background. DNA analysis, genetics. Testing, cloning. Vector

Bright Fantasy Light Strand of Genetic Code. This 3D-rendered DNA double helix glows intensely in white, casting a clean neon aura against a dark background. The. This 3D-rendered DNA double helix glows intensely in white, casting a clean neon aura against a dark background. The illuminated structure resembles something futuristic, spiritual, or even celestial. Ideal for use in science fiction storytelling, fantasy medicine, genetic modification themes, advanced healthcare branding, or UI design. This image merges clarity and mysticism in a powerful visual that represents both technological innovation and metaphysical purity.

Genetic Engineering in a Lab. A DNA double helix model is depicted above several test tubes containing a vibrant green liquid. This image, generated by AI. A DNA double helix model is depicted above several test tubes containing a vibrant green liquid. This image, generated by AI, visually represents the process of genetic modification or research in a laboratory setting. The green liquid may symbolize a biological compound or solution crucial to the

Black line dna icon showing genetic code. Simple line drawing of a dna strand, representing genetics and heredity

Stylized representation of a DNA double helix, featuring a blue and green gradient, symbolizing the complex structure of. Genetic code and its role in heredity. Stylized representation of a DNA double helix, featuring a blue and green gradient, symbolizing the complex structure of genetic code and its role in heredity and biological processes

Red line Genetic engineering modification on laptop icon isolated seamless pattern on black background. DNA analysis. Genetics testing, cloning. Vector

DNA strand with floating stem cells. Genetic regulation, cell reprogramming, pluripotency, CRISPR technology, epigenetic. Modification, gene therapy. DNA strand with floating stem cells. Genetic regulation, cell reprogramming, pluripotency, CRISPR technology, epigenetic modification, gene therapy, personalized medicine concept. Vector.

Glowing Blue DNA Helix on White Background. A digitally rendered, glowing blue DNA double helix stands prominently against a clean, minimalist white background. A digitally rendered, glowing blue DNA double helix stands prominently against a clean, minimalist white background. The intricate structure of the genetic code is illuminated, highlighting its complex and fundamental role in life. This image evokes concepts of science, genetics, biotechnology, and medical research, making it ideal for educational materials, scientific publications, or technology-focused presentations.

Nanobots Repairing DNA Strand. A futuristic 3D illustration depicting advanced nanobots meticulously working on a vibrant purple DNA double helix. These. A futuristic 3D illustration depicting advanced nanobots meticulously working on a vibrant purple DNA double helix. These intricate robotic devices, with their metallic gold and silver components, are shown actively repairing or modifying the genetic code, with small golden particles scattering around the interaction point. The background is a clean white, emphasizing the scientific and technological focus of the image. This visual represents cutting-edge biotechnology, genetic engineering, and medical advancements.

Genetic Research and DNA Manipulation Concept. A conceptual image depicting a human hand carefully holding a stylized DNA double helix against a dark, blurred. A conceptual image depicting a human hand carefully holding a stylized DNA double helix against a dark, blurred background. The intricate structure, composed of countless particles with glowing nodes, represents the complexity of genetic code. This powerful visual symbolizes scientific breakthroughs in genetics, biotechnology, gene editing, and medical research. It's an ideal illustration for topics on personalized medicine, heredity, innovation, and the future of science and humanity.

Seed growing with dna strands for genetic modification icon. This icon represents the concept of genetically modified seeds and the use of biotechnology in. This icon represents the concept of genetically modified seeds and the use of biotechnology in agriculture

Conceptual Corn Mosaic with Genetic Data Kernels. A creative and abstract illustration of a corn on the cob set against a textured, metallic gold background. The. A creative and abstract illustration of a corn on the cob set against a textured, metallic gold background. The kernels are depicted as a colorful mosaic of circles, many containing letters and symbols, suggesting a genetic code, data, or biotechnology. Dark, stylized husks contrast with the vibrant cob, from which some circular elements float away. This conceptual artwork is ideal for themes of GMOs, food science, agricultural innovation, data visualization, and modern art.

Stylized DNA Helix Strands - Genetics Illustration. A vibrant and stylized cartoon illustration of two DNA double helix strands isolated on a white background. A vibrant and stylized cartoon illustration of two DNA double helix strands isolated on a white background. Each strand features a unique green and purple color combination with a spotted, organic texture, set against a soft, glowing aura. This graphic concept visually represents genetics, the code of life, biology, and heredity. It's an ideal image for educational materials, scientific presentations, biotechnology websites, articles on genetic research, mutation, or gene therapy, conveying complex scientific ideas in an accessible and creative way.

Genetic Engineering and CRISPR Technology Concept with DNA Helix and Plant Growth Illustration. A visually striking illustration showcasing the concept of. A visually striking illustration showcasing the concept of genetic engineering or CRISPR technology A hand holds scissors poised to cut a DNA helix connected to a growing plant symbolizing gene modification The illustration represents the power and potential of biotechnology in shaping the future of plant science and genetic research An otherworldly background emphasizes the transformative nature

3d rendering of DNA helix an artistic form. 3d rendering of parallel flow symbolize the transmission of genetic information, with the alternating segments. 3d rendering of parallel flow symbolize the transmission of genetic information, with the alternating segments representing the base pairs that carry the genetic code. DNA as an artistic form.

Genetically modified plant. 3D spikelet and DNA double helix. Intervention in flora genotype. Editing, improvement of genetic life code. Bioengineering. Color

Glowing DNA Strand Degradation Concept for Genetic Research and Medical Science Professionals. Abstract visualization of a glowing DNA helix structure digitally. Abstract visualization of a glowing DNA helix structure digitally degrading into vibrant, colorful pixel particles on a dark background. This dynamic, AI-generated image represents concepts of genetic data corruption, modification, or scientific breakthroughs for biotechnology and medical research professionals.

Humans and genetic research in science and technology ,Genetic engineering mechanisms modify the genetic code., 3D rendering.

Combining humans and robots,Humans and genetic research in science and technology ,Genetic engineering mechanisms modify the. Genetic code., 3D rendering

A close-up of a DNA double helix, illuminated and magnified under the lens of a powerful microscope, showcasing the intricate. Structure of our genetic code

Ypes of DNA mutations. Comparison of Original DNA and DNA with Mutations. Types of DNA mutations. Comparison of Original DNA and DNA with Mutations. Deletion. Types of DNA mutations. Comparison of Original DNA and DNA with Mutations. Deletion, Insertion, Inversion, Substitution and Point mutation. Molecular biology. Vector illustration. Molecular Structure of DNA

Gene editing technology. CRISPR and Cas9 system for diseases Treatment. genome editing. Gene editing technology. CRISPR and Cas9 system for Treatment of Blood. Gene editing technology. CRISPR and Cas9 system for Treatment of Blood Disorders, Genetic Blindness, Cancer, Infectious Diseases, Metabolic Diseases. Vector illustration. Medical diagram

Genetics and Botany. Or Genetic Engineering in Agriculture and Plant Biotechnology or Sustainability and Bioengineering DNA nature symbol as a shape of a. Genetics and Botany or Genetic Engineering in Agriculture and Plant Biotechnology or Sustainability and Bioengineering DNA nature symbol as a shape of a genetic double helix as a biological technology

DNA Structure and Packaging within the Cell. Hierarchy of Genetic Material. Molecular biology. Vector illustration

Open source closed source traffic sign on blue sky. Background

DNA mutation double helix strand. The single-strand break releases a cloud of fragments. DNA mutation double helix strand. The single-strand break releases a. DNA mutation double helix strand. The single-strand break releases a cloud of fragments, illustrating the potential for gene-level alterations. Isolated on white background

Building permit on white paper. Background

Monkey Patching Programming Concept Illustration With Futuristic AI Chip. Futuristic digital graphic illustrating monkey patching programming concepts. Blue neon. Futuristic digital graphic illustrating monkey patching programming concepts. Blue neon light connects AI processors and technical icons for software development articles

Gene editing concept showing pliers near DNA strand. The image presents a dramatic conceptual rendering of genetic manipulation, featuring a highly detailed. The image presents a dramatic conceptual rendering of genetic manipulation, featuring a highly detailed, shimmering double helix structure made of fine wires and glossy droplets. A dark, black surgical or laboratory tool is positioned closely to the strand, symbolizing the precision and potential risks of modern biotechnologies like CRISPR. Rendered by Ai this powerful visual metaphor captures the

3D Illustration of Colorful DNA Structure in Motion. A vibrant, detailed 3D rendering of a DNA double helix showcases the intricate structure of genetic material. A vibrant, detailed 3D rendering of a DNA double helix showcases the intricate structure of genetic material, with color-coded base pairs glowing against a dark, abstract background, emphasizing the complexity and beauty of molecular biology. Some of the base pairs are highlighted with a more intense glow, suggesting an active or emphasized region within the DNA sequence

Document Security. Involves protecting files and information from unauthorized viewing, copying, or modification. Document Security : Document security involves protecting files and information from unauthorized viewing, copying, or modification.

Document Protection. Refers to safeguarding files or documents from unauthorized access or modification. Document Protection : Document protection refers to safeguarding files or documents from unauthorized access or modification.

Glowing DNA Double Helix Structure in Futuristic Blue Lighting. A detailed, illuminated DNA double helix structure is depicted in a dynamic, futuristic setting. A detailed, illuminated DNA double helix structure is depicted in a dynamic, futuristic setting with vibrant blue lighting, highlighting the intricate twists and turns of the genetic material against a dark, contrasting background. The image emphasizes the scientific and technological aspects of genetic research, with a focus on the beauty and complexity of the DNA molecule

Block Data. Prevents access, modification, or transmission of protected information. Block Data : Block data prevents access, modification, or transmission of protected information.

Robotic Arm Edits Glowing Blue DNA Strand. This stunning 3D visualization captures a futuristic concept where advanced nanotechnology tools manipulate the. This stunning 3D visualization captures a futuristic concept where advanced nanotechnology tools manipulate the fundamental building blocks of life. A highly precise metallic robotic arm is shown making edits or repairs to a vibrant blue double helix structure, illustrating the potential of genetic engineering and medicine. Rendered by Ai, this deep blue scene is illuminated by a powerful central

DNA helix and gear icon, genetic engineering concept. A stylized illustration of a DNA double helix intertwined with a gear, symbolizing genetic engineering. A stylized illustration of a DNA double helix intertwined with a gear, symbolizing genetic engineering, biotechnology, and innovation. The DNA strand features a color scheme of blue and green, while the gear is depicted in gray and orange hues. The image is set against a clean white background, making it suitable for use in presentations, articles, or marketing materials related to genetics, biotechnology, or scientific research.

Blue DNA strand with illuminated base pairs. This striking 3D rendering visualizes the complex structure of deoxyribonucleic acid. Rendered by Ai, a specific. This striking 3D rendering visualizes the complex structure of deoxyribonucleic acid. Rendered by Ai, a specific segment of the double helix glows with a vibrant orange light, symbolizing genetic modification or critical biological processes. The dark background emphasizes the intricate detail and texture of the molecular structure, providing a powerful visualization for science and technology

CRISPR technology modifying the human genome. This intense 3D render illustrates the complex process of genetic engineering and DNA alteration. A microscopic. This intense 3D render illustrates the complex process of genetic engineering and DNA alteration. A microscopic tool is shown precisely removing a segment of the glowing blue double helix, replacing it with a cubic data block, symbolizing gene editing technology like CRISPR Rendered by Ai. This dramatic visualization captures the scientific power and ethical considerations surrounding modern

Precision robot arm manipulates genetic code. A futuristic metallic robotic arm performs delicate genetic manipulation on a vibrant green DNA double helix. A futuristic metallic robotic arm performs delicate genetic manipulation on a vibrant green DNA double helix structure. This high-resolution 3D illustration powerfully conveys concepts of gene editing and advanced biotechnology. Rendered by Ai the intricate mechanism suggests molecular surgery at the nanoscale level. The deep blue background emphasizes the scientific and microscopic nature of this

Illuminating the Mysteries of DNA. This mesmerizing image showcases the intricate structure of a DNA strand, illuminated by a radiant light source, set against a. This mesmerizing image showcases the intricate structure of a DNA strand, illuminated by a radiant light source, set against a cosmic backdrop. Perfect for educational content, scientific presentations, and articles about genetics and molecular biology. The image is ideal for use in scientific research, educational materials, and promotional content related to biotechnology and genetic engineering.

Illuminated DNA Helix in Space. This mesmerizing image showcases a glowing DNA helix floating against a cosmic backdrop, symbolizing the intersection of life and. This mesmerizing image showcases a glowing DNA helix floating against a cosmic backdrop, symbolizing the intersection of life and the universe. Perfect for educational content, scientific presentations, and content related to genetics, biotechnology, and the cosmos. The image is ideal for use in scientific documentaries, educational materials, and as a visual metaphor for the vastness of genetic research.

DNA Helix with Music Notes, Gene Sequence Melody, Science and Art Fusion. A luminescent DNA double helix intertwines with glowing musical notes and a treble clef. A luminescent DNA double helix intertwines with glowing musical notes and a treble clef against a dark, starry background. This digital art represents the fusion of science and music, suggesting concepts like genetic modification of sound, musical predispositions, or the inherent rhythm of life.

Illustration of DNA Double Helix Structure in Detailed Watercolor Style. A vibrant watercolor illustration showcasing the intricate twisting structure of a DNA. A vibrant watercolor illustration showcasing the intricate twisting structure of a DNA double helix, highlighting the paired nucleotide bases and the spiraling backbone against a clean, minimalist background. The artistic rendering emphasizes the scientific beauty and complexity of genetic material, making it ideal for educational or scientific visuals

3D rendering of a vibrant crystalline DNA structure on a black background. A detailed 3D rendering of a crystalline DNA helix showcases a gradient of colors. A detailed 3D rendering of a crystalline DNA helix showcases a gradient of colors transitioning from white to blue and purple, set against a stark black background, highlighting the intricate geometric structure of the genetic material

Biomedical engineering concept, generative AI. Futuristic computer environment with a human body a human body in which the spine and muscles can be seen, and. futuristic computer environment with a human body a human body in which the spine and muscles can be seen, and different windows with data, depicting the biomedical engineering concept, generative AI

Hoarfrost or ice crystals DNA materials at extremely low temperatures. A 3d rendering of DNA materials at extremely low temperatures, surface of the double helix. A 3d rendering of DNA materials at extremely low temperatures, surface of the double helix is covered in a fine, granular texture resembling hoarfrost or ice crystals.

Hoarfrost or ice crystals DNA materials at extremely low temperatures. A 3d rendering of DNA materials at extremely low temperatures, surface of the double helix. A 3d rendering of DNA materials at extremely low temperatures, surface of the double helix is covered in a fine, granular texture resembling hoarfrost or ice crystals.