Product Name – Root Nodules
Quantity/Pack Size – Single Slide
Form – Prepared Microscope Slide
Grade – Lab-Grade
Application – Observation of Nodule Structures and Internal Tissues
The Root Nodules prepared slide is a high-quality microscope specimen designed to display the intricate structure of root nodules formed in plants. The slide features carefully mounted nodules on optical glass with a sealed cover slip, preserving the delicate tissues for long-term observation. Lab-grade staining enhances the contrast of internal tissues, allowing clear identification of cortical cells, vascular bundles, and the nodule’s central region. The slide preparation ensures uniform sectioning, highlighting the morphology of the nodules and their tissue arrangement with precision. Its optical clarity and durability allow repeated observation without compromising the integrity of the specimen. Professionals can examine the structural organization, tissue differentiation, and arrangement of cells within the nodules in detail. The combination of lab-grade materials, high-quality mounting, and preservation techniques ensures consistent clarity and structural integrity, making the slide a reliable tool for laboratory investigations. The Root Nodules slide provides a ready-to-use, high-precision specimen for detailed microscopic studies and comparative analysis of nodule structures.
Cortical cells, vascular bundles, and the central nodule region are clearly observable under a microscope.
Yes, it can be used with standard optical microscopes at multiple magnifications.
Yes, alternatives include Root Apical Meristem, Stem T.S., and Leaf T.S. prepared slides.
Keep it in a dry, dust-free slide box away from direct sunlight and extreme temperatures.
High-quality optical glass, lab-grade staining, and a sealed cover slip maintain clarity and preserve tissue structures.
Laboratory-grade Volvox Oogonial preserved specimen showing well-defined female reproductive organs, intact colony structure, and clear cell arrangement for precise microscopic examination.
Laboratory-grade Volvox Daughter Colony W.M. preserved specimen showing intact daughter colonies, spherical colonial arrangement, and individual cell visibility for precise microscopic studies.
High-quality Leech T.S., laboratory-grade preserved specimen highlighting digestive, circulatory, and nervous systems for precise microscopic morphological examination.
High-quality Tapeworm Gravid T.S., laboratory-grade transverse section, preserving reproductive and internal structures for precise microscopic observation and study.
High-quality Balanoglossus preserved specimen, laboratory-grade preparation with maintained anatomical integrity, ideal for detailed marine invertebrate observation and structural analysis.
Product Name – Root Nodules
Quantity/Pack Size – Single Slide
Form – Prepared Microscope Slide
Grade – Lab-Grade
Application – Observation of Nodule Structures and Internal Tissues
The Root Nodules prepared slide is a high-quality microscope specimen designed to display the intricate structure of root nodules formed in plants. The slide features carefully mounted nodules on optical glass with a sealed cover slip, preserving the delicate tissues for long-term observation. Lab-grade staining enhances the contrast of internal tissues, allowing clear identification of cortical cells, vascular bundles, and the nodule’s central region. The slide preparation ensures uniform sectioning, highlighting the morphology of the nodules and their tissue arrangement with precision. Its optical clarity and durability allow repeated observation without compromising the integrity of the specimen. Professionals can examine the structural organization, tissue differentiation, and arrangement of cells within the nodules in detail. The combination of lab-grade materials, high-quality mounting, and preservation techniques ensures consistent clarity and structural integrity, making the slide a reliable tool for laboratory investigations. The Root Nodules slide provides a ready-to-use, high-precision specimen for detailed microscopic studies and comparative analysis of nodule structures.
Cortical cells, vascular bundles, and the central nodule region are clearly observable under a microscope.
Yes, it can be used with standard optical microscopes at multiple magnifications.
Yes, alternatives include Root Apical Meristem, Stem T.S., and Leaf T.S. prepared slides.
Keep it in a dry, dust-free slide box away from direct sunlight and extreme temperatures.
High-quality optical glass, lab-grade staining, and a sealed cover slip maintain clarity and preserve tissue structures.
Vaucheria Unsexual culture, supplied in laboratory grade live form, ensures purity, structural clarity, and consistency for reliable microscopic research and precise biological observations.
High-quality Leech T.S., laboratory-grade preserved specimen highlighting digestive, circulatory, and nervous systems for precise microscopic morphological examination.
Premium Liver Fluke Platyhelminthes T.S., laboratory-grade transverse section, ensuring structural clarity and precise morphological examination under microscopy.
High-quality Liver Fluke Cercaria W.M., laboratory-grade preservation maintaining anatomical features, suitable for clear microscopic observation of morphology and structural details.
High-quality Pediculus Head Louse W.M., laboratory-grade preservation maintaining anatomical structure, ideal for detailed microscopic and morphological study.
Agra | Firozabad | Hathras | Mathura | Vrindavan | Aligarh | Lucknow | Ambala | Mainpuri | Shikohabad | Alwar | Bhind | Bharatpur | Morena | Gwalior | Orai | Kanpur | Jhansi | Hardoi | Shahjahanpur | Lakhimpur | Pilibhit | Haldwani | Basti | Gorakhpur | Deoria | Azamgarh | Prayagraj | Varanasi | Sultanpur | Moradabad and more….
Not a member? Create an account
Already got an account? Sign in here
By Clicking “Download Now”, you are confirming that you have read and agree to eqipped.com ‘s Terms of Use and Privacy Policy.
By Clicking “Join Now”, you are confirming that you have read and agree to eqipped.com ‘s Terms of Use and Privacy Policy.