LnjnBio 160014 Magnetische kralen，Het grenzeloze potentieel van biowetenschappelijk onderzoek ontketenen

LnjnBio 160014 magnetische kralen feature a superparamagnetic Fe₃O₄ core-SiO₂shell structure. Through precise control of the silanization modification process, a high-density hydroxyl functional group is constructed on the bead surface. This unique structure enables rapid response to external magnetic fields (magnetic response time < 10 seconden) and negligible residual magnetism after demagnetization (coercivity < 5 Oe), ensuring excellent dispersion and reusability. With nucleic acid recovery rates exceeding 90% and a sedimentation half-life of 16–30 minutes, these beads deliver superior suspension stability and operational convenience, making them ideal even for high-throughput sample processing.

Productspecificaties & Prestatie

160014
Actieve groep	Si-OH
Magnetische kralenmatrix	Superparamagnetisch silica
Gemiddelde deeltjesdiameter	2µm
Waarde van verzadigd magnetisch	75±5emu/g

160014 Magnetic Beads are primarily suitable for the extraction and purification of genomic DNA from moderate to large quantities of plant tissue, animal tissue, and whole blood. They are particularly well-suited for whole blood, peripheral blood, genomische DNA-extractie, and co-extraction of DNA/RNA, offering a high binding capacity. Taking 20 ng/µl target DNA as an example, the beads achieve a recovery rate of approximately 90% of hoger (as shown in Table 1).

Tafel 1: Batch stabilisation and adsorption properties

Steekproef	200 µl frozen anticoagulated porcine whole blood			20ng/µl DNA
	260/280	260/230	Conc.(ng/µl)	Recovery
160014 batch 1	1.940	2.113	139.30	94.81%
	1.941	2.098	140.15
	1.935	2.104	139.20
Gem	1.94	2.11	139.55
160014 batch 2	1.904	2.068	123.15	93.03%
	1.941	1.930	102.20
	1.952	2.012	96.55
Gem	1.93	2.00	107.30

Customer Feedback

A customer used our model 160014 to simultaneously extract two types of samples, with one sample undergoing five replicates. The measured concentration results are as follows:

Steekproef	A260/A280	A260/A230	Conc. (ng/uL)
DZ 1	2.063	1.756	662.193
DZ 2	2.072	1.644	767.457
DZ 3	2.085	1.636	804.403
DZ 4	2.096	1.67	810.99
DZ 5	2.102	1.65	797.154
DJ 1	2.091	1.676	830.792
DJ 2	2.106	1.651	1173.922
DJ 3	2.076	1.67	823.917
DJ 4	2.066	1.697	838.414
DJ 5	2.084	1.68	855.57

Gel electropherogram

From the above results, it can be seen that the 160014 magnetic beads have excellent performance in extracting nucleic acids and the extracted fragments are complete and clear, which is especially suitable for on-line batch extraction.

Experimentele gevallen

Geval 1: Use of 160014 handheld different plant seed germinal parts

Nee.	Steekproef	Monster intake	260/280	260/230	Conc. (van/ul)
1	Red beans	10 mg	1.988	1.794	167.8
2	Soybead		1.996	2.051	549.9
3	Peanut		1.957	1.507	154.85
4	Black rice		1.956	1.644	133.05
5	Japonica rice		1.95	1.898	96.4
6	Maize		1.84	1.268	161.35

Gel electropherogram

From the above experimental results, it can be verified that for the manually extracted plant seed germ samples, the genomic fragments recovered by 160014 magnetic beads were of good purity (A260/A280>1.8, 260/230>1.2), and the fragments were complete.

Geval 2: Effect of DNA extraction on 10-15 mg of polysaccharide polyphenol plant genome

No.	Steekproef	Sample intake（mg）	A260/A280	A260/A230	Conc.(ng/μL)	Yield（µg）
1	Dandelion fresh leaves	15mg	1.84	1.698	44.4	4.44
2	Perilla fresh leaves	15mg	1.745	1.379	110.1	11.01
3	Ospecios fresh leaves	10mg	1.755	1.463	55.7	5.57
4	Dichondra fresh leaves	15mg	1.838	1.661	64.65	6.47
5	Desmodium fresh leaves	15mg	1.843	1.777	89.85	8.99
6	Alternanthera philoxeroides fresh leaves	15mg	1.855	1.79	39.65	3.97
7	Plantain fresh leaves	15mg	1.872	1.969	104.2	10.42

Gel electropherogram

From the above experimental results, it can be verified that the 160014 magnetic beads have high recovery of genomic fragments of 10-15mg polysaccharide and polyphenol plant samples with a yield of more than 15 µg, and good purity (A260/A280>1.75, 260/230>1.4), and complete genomic fragments.

Leader Bio 160014 silica-based magnetic beads are becoming a new benchmark in the field of nucleic acid extraction due to their high recovery rate, excellent suspension and strong magnetic properties.

The company not only provides high-quality products, but also develops a variety of magnetic bead-based nucleic acid extraction and purification reagents, which can isolate and purify high-quality genomic DNA/RNA from a wide range of samples such as blood, serum/plasma, speeksel, bacteriën, schimmels, wattenstaafjes, ontlasting, animal and plant tissues, enzovoort.

Whether for basic scientific research or clinical testing applications, this product can provide reliable technical support and excellent experimental results.

Ltd. will continue to provide more high-quality products and services for the life science field with the impetus of technological innovation, helping researchers to explore the mysteries of life and promoting the development of biomedicine.

Leverancier

Shanghai Lingjun Biotechnologie Co., Ltd.werd opgericht in 2016 dat een professionele fabrikant is van biomagnetische materialen en reagentia voor nucleïnezuurextractie.

We hebben een rijke ervaring in de extractie en zuivering van nucleïnezuren, eiwit zuivering, cel scheiding, chemiluminescentie, en andere technische gebieden.

Onze producten worden op veel gebieden veel gebruikt, zoals medische testen, genetische testen, universitair onderzoek, genetische veredeling, enzovoort. Wij leveren niet alleen producten, maar kunnen ook OEM ondernemen, ODM, en andere behoeften. Als u een gerelateerde behoefte heeft, Neem gerust contact met ons op .