Artículo: AMZ-B0FY2SXVLH

ZephyVita

3D DNA Model, DNA Model Kit, DNA Structure Model Plastic Educational Double Helix DNA Model Unique Design Ideal for Biology Teaching

Detalles del producto
Disponibilidad
En stock
Peso con empaque
1.33 kg
Devolución
No
Condición
Nuevo
Producto de
Amazon
Viaja desde
USA

Sobre este producto
  • [HIGHLIGHTING DNA STRUCTURE] DNA molecules are formed by two glycine chains spiraling around the helix, with and deoxyribose in an alternating arrangement. [REVERSE PARALLELISM DEMONSTRATION] Two glycine chains run in opposite directions, showcasing the unique properties of DNA composition. [DETAILED STRUCTURAL DESIGN] The model accurately represents the positioning of monosaccharide , base pairs, and deoxyribose in the DNA structure. [EMPHASIZING BASE PAIRING] The base pairs of A-T, G-C, and A-T are clearly illustrated with hydrogen bonding displayed in a vibrant red casing. [IDENTIFICATION OF MAJOR AND GROOVE] The model showcases the major and grooves of the double helix, providing a comprehensive visual aid for biology education. Spec: Item Type: DNA Structure Model Material: Plastic Model Structure: 1. Double helix with a diameter of 10A; 2. Pitch 18A, distance between adjacent base pairs 1.8A; 3. The difference in direction of adjacent bases is 360; 4. 6 pairs of base pairs per pitch; 5. The hydrogen length is 1.0-2.5A. Application: The product meets the national standard JY35 81 "DNA Structure Model Technical Conditions" produced by the Ministry of Education, and is suitable for teaching biology as a basic course in ordinary high schools and universities. Package List: 1 x Model Note:
$572,11
55% OFF
$260,05

IMPORT EASILY

By purchasing this product you can deduct VAT with your RUT number

$572,11
55% OFF
$260,05

3 meses de gracia en diferidos y hasta 6 meses sin intereses con Pacificard

Envío gratis
Llega en 16 a 26 días hábiles
Con envío
Tienes garantia de entrega
Este producto viaja de USA a tus manos en

Conoce más detalles

[HIGHLIGHTING DNA STRUCTURE] DNA molecules are formed by two glycine chains spiraling around the helix, with and deoxyribose in an alternating arrangement. [REVERSE PARALLELISM DEMONSTRATION] Two glycine chains run in opposite directions, showcasing the unique properties of DNA composition. [DETAILED STRUCTURAL DESIGN] The model accurately represents the positioning of monosaccharide , base pairs, and deoxyribose in the DNA structure. [EMPHASIZING BASE PAIRING] The base pairs of A-T, G-C, and A-T are clearly illustrated with hydrogen bonding displayed in a vibrant red casing. [IDENTIFICATION OF MAJOR AND GROOVE] The model showcases the major and grooves of the double helix, providing a comprehensive visual aid for biology education.