| Basic Biology Dissection Kit | Middle school and introductory high school | Dissection scissors, forceps, blunt probe, scalpel or safety blade, dissecting pins, tray, and reusable magnifier | Plant flowers, leaves, seeds, fish, or small invertebrates | Basic anatomy, external structures, symmetry, and observation skills | Fresh, preserved, or plant-based materials depending on the lesson | Safety goggles, gloves, teacher supervision, and controlled blade use | 1–2 students per kit | Keep instruments clean and dry; store sharp tools in a closed container |
| Flower and Plant Anatomy Kit | Elementary science through high school biology | Scissors, forceps, probe, hand lens, ruler, dissecting tray, and labeled diagram sheets | Common flowers, fruits, seeds, stems, roots, and leaves | Plant reproductive structures, pollination, seed formation, and tissue comparison | Usually fresh specimens; pressed or preserved samples may support follow-up work | Wash hands after handling plant material; check for allergies and irritant sap | 2–4 students per kit | Fresh plant material should be used promptly; dry tools after cleaning |
| Fish Anatomy Kit | High school and introductory college biology | Scalpel, dissection scissors, forceps, probe, pins, tray, ruler, and specimen identification guide | Preserved bony fish specimens | Vertebrate anatomy, gills, digestive organs, circulatory structures, and adaptation | Commonly supplied in a laboratory preservative; follow the specimen supplier’s handling instructions | Gloves, goggles, ventilation, handwashing, and proper preservative-waste procedures | 1–2 students per kit | Keep sealed when not in use; store preserved specimens according to the product safety information |
| Frog Anatomy Kit | High school and college introductory anatomy | Dissection scissors, scalpel, forceps, blunt probe, pins, tray, ruler, and anatomy worksheet | Preserved frog specimens | Organ systems, muscle arrangement, body cavities, and comparative vertebrate anatomy | Usually chemically preserved and sealed until the practical activity | Use splash-resistant eye protection, nitrile gloves, ventilation, and teacher-led disposal | 1–2 students per kit | Store sealed specimens in a cool, designated area away from food and heat sources |
| Rat Anatomy Kit | Advanced high school and college biology | Scalpel, dissecting scissors, forceps, probe, pins, tray, ruler, and detailed organ-system guide | Preserved rat specimens | Mammalian anatomy, organ relationships, respiratory, digestive, urogenital, and circulatory systems | Preserved specimens supplied in sealed packaging or containers | Gloves, goggles, ventilation, careful sharps management, and regulated waste handling | 1–2 students per kit | Keep containers tightly closed and inspect packaging for leaks before class |
| Invertebrate Comparative Anatomy Kit | High school, college, and introductory zoology | Fine forceps, dissecting needles, scissors, probe, tray, pins, and low-power magnifier | Earthworms, crayfish, grasshoppers, clams, or other commonly studied invertebrates | Body plans, segmentation, appendages, feeding structures, and evolutionary comparison | Fresh, preserved, or ethically sourced specimens depending on the organism | Use gloves and eye protection; verify local rules for specimen acquisition and disposal | 2 students per kit | Separate fresh and preserved materials; clean instruments immediately after use |
| Microscopy and Microdissection Kit | Advanced high school, college, and laboratory training | Fine-point forceps, minuten pins, micro-scissors, probes, slides, cover slips, and a stereomicroscope or compound microscope | Small invertebrates, plant tissues, insect parts, embryos, or prepared tissue sections | Fine structures, tissue organization, magnification, and careful specimen manipulation | Fresh, fixed, stained, or permanently mounted specimens | Handle glass slides carefully; use appropriate stains and follow chemical safety procedures | 1 student per workstation | Protect optical equipment from dust and moisture; store slides in labeled boxes |
| Digital or Virtual Dissection Kit | All levels, including distance learning and introductory courses | Computer or tablet, display, interactive software, digital worksheet, and optional anatomical models | Digitized animal anatomy, 3D organs, virtual slides, or interactive plant structures | Spatial anatomy, system relationships, terminology, and pre-lab preparation | Not applicable; digital specimens do not require chemical preservation | Reduces exposure to sharps, preservatives, and biological materials | 1 student per device or small collaborative group | Maintain secure user accounts, updated software, and reliable data backups |
| Reusable Anatomical Model Kit | Elementary science through college instruction | Removable models, labeled parts, forceps, probe, tray, and anatomy reference cards | Human organs, animal body systems, flowers, seeds, or skeletal structures | Structure-function relationships without using biological specimens | No biological preservation required | Low biological risk; clean shared components between classes | Small groups or whole-class demonstration | Store parts in labeled compartments and avoid excessive heat or direct sunlight |
| Advanced Laboratory Dissection Set | College, vocational training, and supervised research laboratories | Scalpels with replaceable blades, dissecting scissors, several forceps types, probes, pins, trays, rulers, and sharps container | Approved preserved specimens, tissue samples, organs, or research-related biological material | Detailed anatomical relationships, technique development, documentation, and specimen analysis | Fresh, fixed, or preserved according to the approved laboratory protocol | Requires documented risk assessment, training, personal protective equipment, and institutional waste procedures | 1 student or researcher per workstation | Use a locked sharps area; maintain inventory and inspect instruments before every session |
