Methyltetrazine-PEG23-DBCO is a TCO reactive reagent with a DBCO group and water-soluble PEG spacer. This reagent can be used to convert azido-containing peptides or proteins into tetrazine-modified peptides or protein without catalyst or axillary reagents. DBCO is commonly used for copper-free Click Chemistry reactions. Reagent grade, for research purpose. Please contact us for GMP-grade inquiries.
Methyltetrazine-PEG23-DBCO is a TCO reactive reagent with a DBCO group and water-soluble PEG spacer. This reagent can be used to convert azido-containing peptides or proteins into tetrazine-modified peptides or protein without catalyst or axillary reagents. DBCO is commonly used for copper-free Click Chemistry reactions. Reagent grade, for research purpose. Please contact us for GMP-grade inquiries.
Features:
1. Brushless frequency motor with simpler construction, more reliable performance, longer life and quietly running
2. Automatically electric lid lock, super speed, over temperature protection and imbalance protection. The centrifuge body is made of high quality steel, safe and reliable.
3. Rotor is connected to spindle by specialized taper sleeve, loading simple and quick, no direction, safe and reliable.
4. Microprocessor control.
5. Digital display in time, speed and RCF.
6. 10 kinds of program stored in the memory, 10 kinds of accelerating and decelerating speed for your choice.
7. 3 tiers protection steel cover, stainless steel chamber, safe and reliable.
TG20Technical Parameter：
| Max. Speed | 21000rpm |
| Max. RCF | 30910×g |
| Max. Capacity | 6×100ml |
| Time Range | 0~99min |
| RPM/RCF Convert | Yes |
| Noise (dB) | ≤60 |
| Temperature | Normal |
| Acc/Dec | 10 Kinds |
| Speed Accuracy | ±20r/min |
| Temperature Accuracy | / |
| Voltage(V/Hz) | AC 220V/110V 50HZ/60HZ |
| Size (W x D x Hmm) | 513×370×320mm |
| Net Weight/Gross weight(Kg) | 43KG/60KG |
| Certificates | CE,ISO & Calibration report are available |
Matched Rotors for TG20
| Order no | Rotor | Max Speed(r/min) | Volume(ml) | Max RCF(*g) |
| G20-1 | Fixed Rotor | 16000 | 4×8PCR | 15760 |
| G20-2 | Fixed Rotor | 15000 | 6×8PCR | 21420 |
| G20-3 | Fixed Rotor | 16000 | 8×8PCR | 17480 |
| G20-4 | Fixed Rotor | 15000 | 12×8PCR | 22930 |
| G20-5 | Fixed Rotor | 21000 | 12×1.5/2ml | 30910 |
| G20-6 | Fixed Rotor | 15000 | 40×0.5ml | 22920 |
| G20-7 | Fixed Rotor | 17000 | 24×1.5/2ml | 26460 |
| G20-8 | Fixed Rotor | 13500 | 30×1.5/2ml | 19340 |
| G20-9 | Fixed Rotor | 13000 | 48×1.5/2ml | 17930 |
| G20-10 | Fixed Rotor | 16000 | 16×5ml | 22020 |
| G20-11 | Fixed Rotor | 16000 | 6×10ml | 21500 |
| G20-12 | Fixed Rotor | 15000 | 12×10ml | 22680 |
| G20-13 | Fixed Rotor | 16000 | 12×7ml | 21380 |
| G20-14 | Fixed Rotor | 13000 | 16×10ml | 19490 |
| G20-15 | Fixed Rotor | 11000 | 12×15ml | 14330 |
| G20-16 | Fixed Rotor | 13000 | 8×15ml(conical) | 17790 |
| G20-17 | Fixed Rotor | 5000 | 24×15ml | 3500 |
| G20-18 | Fixed Rotor | 15000 | 8×20ml | 22680 |
| G20-19 | Fixed Rotor | 5000 | 30×15ml | 3830 |
| G20-20 | Fixed Rotor | 14000 | 6×30ml | 19060 |
| G20-21 | Fixed Rotor | 13000 | 6×50ml(conical) | 18840 |
| G20-22 | Fixed Rotor | 13000 | 6×50ml(round) | 18730 |
| G20-23 | Fixed Rotor | 13000 | 4×85ml | 18940 |
| G20-24 | Fixed Rotor | 12000 | 6×70ml | 15570 |
| G20-25 | Fixed Rotor | 12000 | 4×100ml | 14850 |
| G20-26 | Fixed Rotor | 10000 | 6×100ml | 11380 |
| G20-27 | Fixed Rotor | 18000 | 30×0.5ml | 26660 |
| G20-28 | Swing Rotor | 13000 | 4×5ml | 14960 |
| G20-29 | Vertical Rotor | 16000 | 16×5ml | 16540 |
| G20-30 | Vertical Rotor | 14000 | 8×30ml | 16450 |
| G20-31 | Microplate Rotor | 4000 | 2×3×48（well） | 2300 |
| Clone | IHC527 |
| Source | Mouse Monoclonal |
| Positive Control | Hodgkin’s Lymphoma |
| Dilution Range | 1:200 |
Cluster of differentiation 15 (CD15) is a carbohydrate adhesion molecule. Positive staining for CD15 and negative staining for leukocyte common antigen or other B- or T-cell lineage markers helps recognize Reed Sternberg cells (RSC) in Classical Hodgkin’s Lymphoma (CHL), and distinguishes it from Hodgkin-like neoplasms. CD15 does not stain mesotheliomas and is therefore most useful for distinguishing epithelial mesothelioma from adenocarcinoma.
