rapp-polymere M30102说明书
TentaGel®树脂是由低交联聚苯乙烯基质组成的接枝共聚物，在其上接枝了聚乙二醇（PEG或POE）。PEG间隔基通过乙迷基团连接到基质上，该基团增加了对酸处理的稳定性并使PEG浸出小化。由于PEG是具有疏水和亲水性质的“变色龙型”聚合物，因此接枝共聚物显示出改性的物理化学性质，其由PEG部分（不再由聚苯乙烯基质）高度支配。这些接枝共聚物是压力稳定的，可用于间歇过程以及连续流动条件下。PEG间隔子在MW 3000 Da的范围内。
这种树脂的微球形和单一尺寸特性使其可用于自动分选机，用于创建巨大的库，高速合成等。
rapp-polymere产品列表：
Products
Polyethylene Glycols (PEG)
Methoxy PEGs
ɑ-Methoxy-ω-alkyne PEGs
ɑ-Methoxy-ω-amino PEGs
ɑ-Methoxy-ω-azido PEGs
ɑ-Methoxy-ω-bromo PEGs
ɑ-Methoxy-ω-carboxy PEGs
ɑ-Methoxy-ω-formyl PEGs
ɑ-Methoxy-ω-hydroxy PEGs
ɑ-Methoxy-ω-maleinimides
ɑ-Methoxy-ω-mercapto PEGs
ɑ-Methoxy-ω-NHS esters (Methoxy PEG Succinimidyl active esters)
ɑ-Trimethoxy silane ω-methoxy PEG Derivatives
ɑ-Silane-ω-methoxy PEG
ɑ-Methoxy-ω-squaric acid ester amido PEGs
Pyridyl-S-S PEG Derivatives
ɑ-Py-S-S-ω-methoxy PEG
Homofunctional PEGs
α,ω-Bis-amino PEGs
α,ω-Bis-bromo PEGs
α,ω-Bis-carboxy PEGs
α,ω-Bis-formyl PEGs (PEG dialdehydes)
α,ω-Bis-hydroxy PEGs
α,ω-Bis-maleinimides
α,ω-Bis-mercapto PEGs
α,ω-Bis-NHS esters (PEG di-succinimidyl active esters)
Pyridyl-S-S PEG Derivatives
Py-S-S-PEG-S-S-Py
Heterofunctional PEGs
Alkyne PEG Derivatives
ɑ-Amino-ω-alkyne PEG
ɑ-NHS-ω-alkyne PEG
Amino PEG Derivatives
ɑ-Amino-ω-Boc-amino PEG
ɑ-Amino-ω-carboxy PEG hydrochloride
ɑ-Amino-ω-tritylthio PEG
Azido PEG Derivatives
ɑ-Amino-ω-azido PEG
ɑ-Hydroxy-ω-azido PEG
Biotinyl PEG Derivatives
ɑ-Biotinyl-ω-amino PEG
ɑ-Biotinyl-ω-carboxy PEG
ɑ-Biotinyl-ω-NHS PEG
ɑ-Biotinyl-ω-SH PEG
Boc-amino PEG Derivatives
ɑ-Boc-amino-ω-carboxy PEG
ɑ-Boc-amino-ω-mercapto PEG
ɑ-Boc-amino-ω-NHS PEG
Fmoc-amino PEG Derivatives
ɑ-Fmoc-amino-ω-carboxy PEG
ɑ-Fmoc-amino-ω-NHS PEG
Hydroxy PEG Derivatives
ɑ-Hydroxy-ω-amino PEG
ɑ-Hydroxy-ω-Boc-amino PEG
ɑ-Hydroxy-ω-Boc-hydrazido PEG
ɑ-Hydroxy-ω-carboxy PEG
ɑ-Hydroxy-ω-mercapto PEG
ɑ-Hydroxy-ω-tritylthio PEG
Iodoacetyl PEG Derivatives
ɑ-Iodoacetamido-ω-azido PEG
ɑ-Iodoacetamido-ω-alkyne PEG
Lipido PEG – Watersoluble Adjuvant
ɑ-Hydroxy-ω-Pam₃Cys PEG
Maleinimidohexanoic PEG Derivatives
ɑ-Maleinimidohexanoic-ω-biotinyl PEG
ɑ-Maleinimidohexanoic-ω-carboxy PEG
ɑ-Maleinimidohexanoic-ω-NHS PEG
Pyridyl-S-S PEG Derivatives
ɑ-Py-S-S-ω-biotinyl PEG
ɑ-Py-S-S-ω-NHS PEG
Squaric acid ester amido PEG Derivatives
ɑ-Alkyne-ω-SQA PEG
ɑ-Azido-ω-SQA PEG
ɑ-Biotinyl-ω-SQA PEG
ɑ-Hydroxy-ω-SQA PEG
ɑ-Tritylthio-ω-SQA PEG
Thiol PEG Derivatives
ɑ-Mercapto-ω-amino PEG hydrochloride
ɑ-Mercapto-ω-Boc-hydrazido PEG
ɑ-Mercapto-ω-carboxy PEG
ɑ-Tritylthio-ω-NHS PEG
Trimethoxy silane PEG Derivatives
ɑ-Silane-ω-alkyne PEG
ɑ-Silane-ω-azido PEG
ɑ-Silane-ω-biotinyl PEG
Trifunctional PEG Derivatives
NHS-PEG(NH-Boc) CH₂-C≡CH
NHS-PEG(NH-Fmoc) CH₂-C≡CH
Resins
Base Resins for Solid Phase Organic Synthesis
Resins with Amino Functions
Amino Functionalized Polystyrene Resins
Aminomethyl Polystyrene Resins
Aminoethyl Polystyrene Resins
Aminobutyl Polystyrene Resins
4-(2',4'-Dimethoxyphenyl-Fmoc-aminomethyl)-phenoxyacetamidomethyl Resin
4-(2',4'-Dimethoxyphenyl-Fmoc-aminomethyl)-phenoxyacetamidoethyl Resin
Amino Functionalized TentaGel® Resins
TentaGel® S – NH₂ Standard TentaGel® Resins
TentaGel® R – NH₂ TentaGel® Research Resins
TentaGel® XV – NH₂ Extended Swelling Volume TentaGel® Resin
TentaGel® HL – NH₂ High loaded TentaGel® Resins
TentaGel® MB – NH₂ TentaGel® Macrobead Resins
4-(2',4'-Dimethoxyphenyl-Fmoc-aminomethyl)-phenoxyacetamidoethyl TentaGel® Resins
Amino Functionalized HypoGel® Resins
4-(2',4'-Dimethoxyphenyl-Fmoc-aminomethyl)-phenoxyacetamidoethyl HypoGel® Resins
Hydrazido Functionalized TentaGel® S Resins
Resins with Halogen Functions
Halogen Functionalized Polystyrene Resins
Chloromethyl Polystyrene (Merrifield Resin)
Chlorotrityl Polystyrene Resins
Chloro-(2’-chloro)trityl Polystyrene Resins
Bromo Polystyrene Resins
Bromoethyl Polystyrene Resins
Bromobutyl Polystyrene Resins
Halogen Functionalized TentaGel® Resins
TentaGel® S Br Standard TentaGel Resins
TentaGel® R Br TentaGel Research Resins
TentaGel® HL Br High loaded TentaGel Resins
TentaGel® MB Br TentaGel Macrobead Resins
Chlorotrityl TentaGel® S
Chlorotrityl-TentaGel® R
Halogen Functionalized HypoGel® Resins
Resins with Hydroxy Functions
Hydroxy Functionalized Polystyrene Resins
Hydroxymethyl Polystyrene Resins
Hydroxyethyl Polystyrene Resins
Hydroxybutyl Polystyrene Resins
4-(Hydroxymethyl)phenoxymethyl Polystyrene Resin
4-(Hydroxymethyl)phenoxyethyl Polystyrene Resin
4-(Hydroxymethyl)phenoxybutyl Polystyrene Resin
4-(Hydroxymethyl)phenoxyacetylamidomethyl Polystyrene Resin
4-(Hydroxymethyl)phenoxyacetylamidoethyl Polystyrene Resin
4-(Hydroxymethyl)benzoylamidomethyl Polystyrene Resin
4-(Hydroxymethyl)benzoylamidoethyl Polystyrene Resin
Hydroxytrityl Polystyrene Resin
Hydroxy Functionalized TentaGel® Resins
TentaGel® S OH Standard TentaGel Resins
TentaGel® R OH TentaGel Research Resins
TentaGel® HL OH High loaded TentaGel Resins
TentaGel® MB OH TentaGel Macrobead Resins
TentaGel® Diol
4-(Hydroxymethyl)phenoxyethyl TentaGel® Resins (Wang Type Resins)
3-Methoxy-4-(Hydroxymethyl) Phenoxyacetylamidoethyl TentaGel® Resins
4-(Hydroxymethyl)phenoxyacetylamidoethyl TentaGel® XV (HMPA Resins)
4-(Hydroxymethyl)benzoylamidoethyl TentaGel® (HMBA Resins)
Hydroxytrityl TentaGel® S Resins
Hydroxytrityl TentaGel® HL Resins
Hydroxytrityl TentaGel® MB Resins
Hydroxy Functionalized HypoGel® Resins
HypoGel® Diol
Trt-HypoGel® Resins
Resins with Carboxy Functions
Carboxy Functionalized Polystyrene Resins
Carboxy Polystyrene Resins
Carboxy Functionalized Aminomethyl Polystyrene Resins
Carboxy Functionalized Aminoethyl Polystyrene Resins
TentaGel® amine acylated with succinic acid
TentaGel® S – COOH Standard TentaGel® Resins
TentaGel® HL – COOH High loaded TentaGel® Resins
TentaGel® MB – COOH TentaGel® Macrobead Resins
HypoGel® amine acylated with succinic acid
Resins with Sulfur Containing Functions
Mercapto Resins
Mercapto Functionalized Polystyrene Resins
Mercaptomethyl Polystyrene
Mercaptoethyl Polystyrene
Mercapto Functionalized TentaGel® Resins
TentaGel® SH Resins
HypoGel® SH Resins
Polymer Bound Sulfonic Acid
Polystyrene ethanesulfonic acid
Polystyrene sulfonic acid
Polymer Bound Sulfonyl Chloride
Polystyrene ethanesulfonyl chloride
Polystyrene sulfonyl chloride
Resins with Formyl Functions
Polystyrene CHO Resins
Formyl Polystyrene Resins
Formyl Functionalized Aminomethyl Polystyrene Resins
Formyl Functionalized Aminoethyl Polystyrene Resins
4-Formyl Phenoxyethyl Polystyrene Resins (FP-Linker)
4-Formyl-3-Methoxy Phenoxyethyl Polystyrene Resins (FMP-Linker)
4-Formyl-3-Methoxy Phenoxybutyl Polystyrene Resins (FMP-Linker)
TentaGel® CHO Resins
TentaGel® S CHO Standard TentaGel Resins
TentaGel® HL CHO High loaded TentaGel Resins
TentaGel® MB CHO Macrobead Resins
4-Formyl-3-Methoxy Phenoxyethyl TentaGel® Resins ( FMP-linker)
TentaGel® S FMP Standard TentaGel® Resins modified with FMP linker
TentaGel® HL FMP High loaded TentaGel® Resins modified with FMP linker
TentaGel® MB FMP TentaGel® Macrobeads modified with FMP linker
HypoGel® CHO Resins
4-Formyl Phenoxyethyl HypoGel® Resins ( FP-linker)
4-Formyl-3-Methoxy Phenoxyethyl HypoGel® Resins ( FMP-linker)
Preactivated TentaGel® Resins
Boc-Hydrazido TentaGel® Resins
Succinimidyl Ester of TentaGel® Resins
Resins with Linkers
Resins with Acid Labile Linkers
Resins for Amine and Amide Terminated Compounds
Rink-Amide Linker on Aminomethyl Polystyrene Resins
Rink-Amide Linker on Aminoethyl Polystyrene Resins
Rink-Amide Linker on TentaGel® Resins
TentaGel® S RAM Resins
TentaGel® R RAM Resins
TentaGel® HL RAM Resins
TentaGel® XV RAM Resins
TentaGel® MB RAM Resin
Rink-Amide Linker on HypoGel® Resins
PAL Resins
Polystyrene AM PAL
TentaGel PAL
Resins for Carboxy Terminated Compounds
Polystyrene Wang Resin (4-Hydroxybenzyl Alcohol, PHB, Wang linker)
Wang Resin (4- Hydroxybenzyl Alcohol (PHB) on Polystyrene)
4- Hydroxybenzyl Alcohol (PHB, Wang Linker ) on Ethylated Polystyrene Matrix
4-Hydroxybenzyl Alcohol (PHB, Wang Linker) on Butylated Polystyrene Matrix
PHB TentaGel® Resins (4-Hydroxybenzyl Alcohol, PHB, Wang Linker)
PHB-TentaGel® S Resins
PHB-TentaGel® R Resins
PHB-TentaGel® HL Resins
PHB-TentaGel® MB resin Resins
PHB HypoGel® Resins (4-Hydroxybenzyl Alcohol, PHB, Wang Linker)
HMPA Polystyrene Resins (4-Hydroxymethylphenoxyacetyl Linker)
4-(Hydroxymethyl) Phenoxyacetic Acid (HMPA) on Aminomethyl Polystyrene Resins
4-(Hydroxymethyl) Phenoxyacetic Acid (HMPA) on Aminoethyl Polystyrene Resins
HMPA TentaGel® XV Resins (4-Hydroxymethylphenoxyacetyl Linker)
AC TentaGel® Resins (3-Methoxy-4-(Hydroxymethyl) Phenoxyacetyl Linker)
AC-TentaGel® S Resins
AC-TentaGel® HL Resins
AC-TentaGel® MB Resins
Trityl and Chlorotrityl Based Resins for Protected Peptides
Chlorotrityl Polystyrene Resins (Trityl Chloride Resin)
Chloro-(2'-chloro)trityl Polystyrene Resins
Hydroxytrityl Polystyrene Resins
Trt-TentaGel® Resins
TRT-TentaGel® S Resin
TRT-TentaGel® HL Resin
TRT-TentaGel® MB Resin
Chlorotrityl TentaGel® R Resin
Chlorotrityl TentaGel® S Resin
Trt-HypoGel® Resins
Resins for Protected Peptide Amides
TOPPA – A Novel Resin for Synthesis of Protected Peptide Amides
Protected Peptide Amides from Polystyrene Resins
Protected Peptide Amides from TentaGel Resins
Thioester resins
Trityl Mercapto Acetyl Leu PAM loaded to Aminomethyl Polystyrene
Resins with Base Labile HMBA Linker (4-(Hydroxymethyl) Benzoic Acid
HMBA on Polystyrene
HMBA on Aminomethyl Polystyrene
HMBA on Aminoethyl Polystyrene
HMBA on TentaGel® Resins
HMBA-TentaGel® S Resin
HMBA-TentaGel® R Resin
HMBA- TentaGel® HL Resin
HMBA-TentaGel® MB Resin
HMBA on HypoGel® Resins
Resins with Aromatic Formyl Linkers
4-Formyl Phenoxyethyl Polystyrene Resins (FP-Linker)
4-Formyl Phenoxyethyl HypoGel® Resins (FP-linker)
4-Formyl-3-Methoxy Phenoxyethyl Polystyrene Resins (FMP-Linker)
4-Formyl-3-Methoxy Phenoxybutyl Polystyrene Resins (FMP-Linker)
4-Formyl-3-Methoxy Phenoxyethyl TentaGel Resins ( FMP-linker)
FMP-TentaGel® S Resin
FMP-TentaGel® HL Resin
FMP-TentaGel® MB Resin
4-Formyl-3-Methoxy Phenoxyethyl HypoGel® Resins ( FMP-linker)
Bromo Acetal Resins
TentaGel® Bromo Acetal Resins
HypoGel® Bromo Acetal Resins
Diol Resins
TentaGel® Diol Resins
HypoGel® Diol Resins
Polymer Bound Acrylic Ester (REM Resins)
Polystyrene REM Resins
TentaGel® REM Resins
HypoGel® REM Resins
p-Nitrophenyl Carbonate Resin
p-Nitrophenyl Carbonate on Wang Resin
p-Nitrophenyl Carbonate on TentaGel PHB Resin
Preloaded Resins for Fmoc Peptide Synthesis
Resins for Peptide Acids
Wang Type Resins – PHB Resins (Oxybenzyl Ester)
Fmoc-AA-Wang Resin
Low Loaded Fmoc-AA-Wang Resin
Fmoc-AA-TentaGel PHB Resins (Wang type linker)
Fmoc-AA-TentaGel® S PHB resin
Fmoc-D-AA-TentaGel® S PHB resin
Fmoc-AA-TentaGel® R PHB resin
TentaGel Resins with AC Linker (3-Methoxy-4-(Hydroxymethyl) Phenoxyacetic Acid)
Fmoc-AA-TentaGel® S AC Resin
Fmoc-D-AA-TentaGel® S AC Resin
TentaGel R HMPA Resins
Fmoc-AA TentaGel R HMPA Resin
Resins for Peptide Amides
TentaGel Rink Amide Resins (RAM)
Fmoc-AA-TentaGel® S RAM Resin
Fmoc-D-AA-TentaGel® S RAM Resin
Resins for Protected Peptides
2-Chlorotrityl Polystyrene Resins
H-AA-2-CT Polystyrene Resin
Trityl Polystyrene Resins
H-AA-TRT-Polystyrene Resin
Trityl TentaGel Resins
Fmoc-AA-TentaGel® S TRT Resin
Fmoc-D-AA-TentaGel® S TRT Resin
Fmoc-AA-TentaGel® R TRT Resin
Isotope Labeled Resins
13C, 15N Labeled TentaGel® TRT Resins
Multifunctional Resins
TentaGel® B – Bifunctional Resins
Hybrid Resins
Bifunctional Hybrid Resins for the Acid Cleavage of Acids
Bifunctional Hybrid Resins for the Acid Cleavage of Amides
Surface modified bifunctional resins with acid labile RAM handle
Surface modified bifunctional resins with base labile HMB handle
Surface modified resins
Trifunctional Resins
Trifunctional Hybrid Resins for Sequential Cleavage of Peptide Amides
Trifunctional Hybrid Resins for Sequential Cleavage of Peptides
Monosized Microspheres for Solid Phase Organic Synthesis
Monosized Microspheres with Amino Functions
Monosized Aminoethyl Polystyrene Microspheres
TentaGel® M NH₂ Monosized Amino TentaGel® Microspheres
Monosized Microspheres with Halogen Functions
Monosized Bromoethyl Polystyrene Microspheres
TentaGel® M Br Monosized Bromo TentaGell® Microspheres
Monosized Microspheres with Hydroxy Functions
Monosized Hydroxyethyl Polystyrene Microspheres
TentaGel® M OH Monosized Hydroxy TentaGell® Microspheres
Monosized Microspheres with Acid Cleavable Linkers
Wang Linker (PHB) on Monosized Polystyrene Microspheres
Rink-Amide Linker on Monosized Aminoethyl Polystyrene Microspheres
TentaGel® M PHB – Wang Linker on Monosized TentaGel Microspheres
TentaGel® M RAM – RAM Linker on Monosized TentaGel Microspheres
Polymer Supported Reagents
Polymer Supported Protecting Groups
Bromo Acetal Resins
Bromoacetal Linker on TentaGel® Resins
Bromoacetal Linker on HypoGel® Resins
Diol Resins
TentaGel® Diol
HypoGel® Diol
Triphenylphosphine Resins
Polystyrene Triphenylphosphine
Polymer Supported Palladium
Scavenger Resins
Antibody Generating Resins
Polymer Carriers
TentaGel Resins for the Synthesis of PEG Attached Peptides
TentaGel Resins for the Synthesis of Resin Attached Peptides
Resins for Multiple Antigen Peptides – MAP´S
TentaGel Resins for the Synthesis of Multiple Antigen Peptides
Resin-bound Multiple Antigen Peptides
Soluble Multiple Antigen Peptides
Polystyrene Resins for Soluble MAP-Systems
Custom Peptide Synthesis
PEGylated Peptides
Resin Bound Peptides and Conjugates
Lipopeptides
Resins for Oligonucleotide Synthesis
TentaGel® N Resins
Base TentaGel® N Resins
Preloaded TentaGel® N Resins
New Products
Rapp Polymere成立于1988年，是一家私营公司，与图宾根大学有着密切的联系。1993年，Rapp Polymere GmbH成立。
初的目标是将TentaGel树脂商业化，为化学界提供用于肽和寡核苷酸合成的创新型树脂。TentaGel树脂由蒂宾根大学开发，基于全新的固相树脂概念。
作为第二线，开发了PEG衍生物。
同时，Rapp Polymere生产用于固相合成（SPS）的广泛高品质树脂和广泛的聚乙二醇衍生物。
我们的承诺是为化学界提供高质量的产品。
1991年，Rapp Polymere获得了巴登符腾堡州颁发的“创新奖”。
聚乙二醇化试剂
PEG具有与生物医学和生物技术应用相关的各种性质。
这里给出了一些感兴趣的属性的摘要：
1. 易溶于水，甲苯，二氯甲烷，多种有机溶剂。
2. 不溶于 yi醚，己烷，乙二醇。
3. 在高温下不溶于水。
4. 通过制造衍生物来控制溶解度和分配。
5. 与金属阳离子形成络合物。
6. 高度移动; 水中排除量大。
7. 可用于沉淀蛋白质和核酸。
8. 用其他聚合物的水溶液形成两相体系。
9. 无毒; FDA批准内部消费。
10. 热情好客的生物材料。
11. 导致细胞融合（高浓度）。
12. 弱免疫原性。
共价连接的PEG将：
1. 溶解其他分子。
2. 使蛋白质具有非免疫原性和耐受性
3. 通过肾脏降低清除率。
4. 渲染表面蛋白质排斥
5. 改变电渗透流动。
6. 将分子移过细胞膜。
7. 改变药代动力学。
· 甲氧基PEG
· ɑ-Methoxy-ω-alkyne PEGs
· ɑ-Methoxy-ω-amino PEGs
· ɑ-Methoxy-ω-azido PEGs
· ɑ-Methoxy-ω-bromo PEGs
· ɑ-Methoxy-ω-carboxy PEGs
· ɑ-Methoxy-ω-formyl PEGs
· ɑ-Methoxy-ω-hydroxy PEGs
· ɑ-Methoxy-ω-maleinimides
· ɑ-Methoxy-ω-mercapto PEGs
· ɑ-Methoxy-ω-NHS esters (Methoxy PEG Succinimidyl active esters)
· ɑ-Trimethoxy silane ω-methoxy PEG Derivatives
· ɑ-Methoxy-ω-squaric acid ester amido PEGs
· Pyridyl-S-S PEG Derivatives
· 同功能PEGs
· α,ω-Bis-amino PEGs
· α,ω-Bis-bromo PEGs
· α,ω-Bis-carboxy PEGs
· α,ω-Bis-formyl PEGs (PEG dialdehydes)
· α,ω-Bis-hydroxy PEGs
· α,ω-Bis-maleinimides
· α,ω-Bis-mercapto PEGs
· α,ω-Bis-NHS esters (PEG di-succinimidyl active esters)
· Pyridyl-S-S PEG Derivatives
· 异功能PEG
· Alkyne PEG Derivatives
· Amino PEG Derivatives
· Azido PEG Derivatives
· Biotinyl PEG Derivatives
· Boc-amino PEG Derivatives
· Fmoc-amino PEG Derivatives
· Hydroxy PEG Derivatives
· Iodoacetyl PEG Derivatives
· Lipido PEG – Watersoluble Adjuvant
· Maleinimidohexanoic PEG Derivatives
· Pyridyl-S-S PEG Derivatives
· Squaric acid ester amido PEG Derivatives
· Thiol PEG Derivatives
· Trimethoxy silane PEG Derivatives
|
货号 |
品名 |
|
12750-70 |
CH₃O-PEG-C≡CH PEG-MW. 750 Dalton |
|
122000-70 |
CH₃O-PEG-C≡CH PEG-MW. 2000 Dalton |
|
125000-70 |
CH₃O-PEG-C≡CH PEG-MW. 5000 Dalton |
|
1210000-70 |
CH₃O-PEG-C≡CH PEG-MW. 10 000 Dalton |
|
1220000-70 |
CH₃O-PEG-C≡CH PEG-MW. 20 000 Dalton |
|
12750-2 |
CH₃O-PEG-NH₂ PEG-MW. 750 Dalton |
|
122000-2 |
CH₃O-PEG-NH₂ PEG-MW. 2000 Dalton |
|
125000-2 |
CH₃O-PEG-NH₂ PEG-MW. 5000 Dalton |
|
1210000-2 |
CH₃O-PEG-NH₂ PEG-MW. 10 000 Dalton |
|
1220000-2 |
CH₃O-PEG-NH₂ PEG-MW. 20 000 Dalton |
|
12750-5 |
CH₃O-PEG-N₃ PEG-MW. 750 Dalton |
|
122000-5 |
CH₃O-PEG-N₃ PEG-MW. 2000 Dalton |
|
125000-5 |
CH₃O-PEG-N₃ PEG-MW. 5000 Dalton |
|
1210000-5 |
CH₃O-PEG-N₃ PEG-MW. 10 000 Dalton |
|
1220000-5 |
CH₃O-PEG-N₃ PEG-MW. 20 000 Dalton |
|
12750-1 |
CH₃O-PEG-Br PEG-MW. 750 Dalton |
|
122000-1 |
CH₃O-PEG-Br PEG-MW. 2000 Dalton |
|
125000-1 |
CH₃O-PEG-Br PEG-MW. 5000 Dalton |
|
1210000-1 |
CH₃O-PEG-Br PEG-MW. 10 000 Dalton |
|
1220000-1 |
CH₃O-PEG-Br PEG-MW. 20 000 Dalton |
|
12750-3 |
CH₃O-PEG-NHCO-C₂H₄-COOH PEG-MW. 750 Dalton |
|
122000-3 |
CH₃O-PEG-NHCO-C₂H₄-COOH PEG-MW. 2000 Dalton |
|
125000-3 |
CH₃O-PEG-NHCO-C₂H₄-COOH PEG-MW. 5000 Dalton |
|
1210000-3 |
CH₃O-PEG-NHCO-C₂H₄-COOH PEG-MW. 10 000 Dalton |
|
1220000-3 |
CH₃O-PEG-NHCO-C₂H₄-COOH PEG-MW. 20 000 Dalton |
|
12750-6 |
CH₃O-PEG-NHCO-C₄H₈-CHO PEG-MW. 750 Dalton |
|
122000-6 |
CH₃O-PEG-NHCO-C₄H₈-CHO PEG-MW. 2000 Dalton |
|
125000-6 |
CH₃O-PEG-NHCO-C₄H₈-CHO PEG-MW. 5000 Dalton |
|
1210000-6 |
CH₃O-PEG-NHCO-C₄H₈-CHO PEG-MW. 10 000 Dalton |
|
1220000-6 |
CH₃O-PEG-NHCO-C₄H₈-CHO PEG-MW. 20 000 Dalton |
|
2750-0 |
CH₃O-PEG-OH PEG-MW. 750 Dalton |
|
122000-0 |
CH₃O-PEG-OH PEG-MW. 2 000 Dalton |
|
125000-0 |
CH₃O-PEG-OH PEG-MW. 5 000 Dalton |
|
1210000-0 |
CH₃O-PEG-OH PEG-MW. 10 000 Dalton |
|
1220000-0 |
CH₃O-PEG-OH PEG-MW. 20 000 Dalton |
|
12750-45 |
CH₃O-PEG-C₂H₄-mal PEG-MW. 750 Dalton |
|
122000-45 |
CH₃O-PEG-C₂H₄-mal PEG-MW. 2000 Dalton |
|
125000-45 |
CH₃O-PEG-C₂H₄-mal PEG-MW. 5000 Dalton |
|
1210000-45 |
CH₃O-PEG-C₂H₄-mal PEG-MW. 10 000 Dalton |
|
1220000-45 |
CH₃O-PEG-C₂H₄-mal PEG-MW. 20 000 Dalton |
|
12750-40 |
CH₃O-PEG-SH PEG-MW. 750 Dalton |
|
122000-40 |
CH₃O-PEG-SH PEG-MW. 2000 Dalton |
|
125000-40 |
CH₃O-PEG-SH PEG-MW. 5000 Dalton |
|
1210000-40 |
CH₃O-PEG-SH PEG-MW. 10 000 Dalton |
|
1220000-40 |
CH₃O-PEG-SH PEG-MW. 20 000 Dalton |
|
12750-35 |
CH₃O-PEG-NHCO-C₂H₄-CONHS PEG-MW. 750 Dalton |
|
122000-35 |
CH₃O-PEG-NHCO-C₂H₄-CONHS PEG-MW. 2000 Dalton |
|
125000-35 |
CH₃O-PEG-NHCO-C₂H₄-CONHS PEG-MW. 5000 Dalton |
|
1210000-35 |
CH₃O-PEG-NHCO-C₂H₄-CONHS PEG-MW. 10 000 Dalton |
|
1220000-35 |
CH₃O-PEG-NHCO-C₂H₄-CONHS PEG-MW. 20 000 Dalton |
|
122000-71 |
(CH₃O)₃Si-PEG-OCH₃ PEG-MW. 2000 Dalton |
|
125000-71 |
(CH₃O)₃Si-PEG-OCH₃ PEG-MW. 5000 Dalton |
|
1210000-71 |
(CH₃O)₃Si-PEG-OCH₃ PEG-MW. 10000 Dalton |
|
1220000-71 |
(CH₃O)₃Si-PEG-OCH₃ PEG-MW. 20000 Dalton |
|
12750-50 |
CH₃O-PEG-SQA PEG-MW. 750 Dalton |
|
122000-50 |
CH₃O-PEG-SQA PEG-MW. 2000 Dalton |
|
125000-50 |
CH₃O-PEG-SQA PEG-MW. 5000 Dalton |
|
1210000-50 |
CH₃O-PEG-SQA PEG-MW. 10000 Dalton |
|
1220000-50 |
CH₃O-PEG-SQA PEG-MW. 20000 Dalton |
|
12750-44 |
Py-S-S-PEG-OCH₃ PEG-MW. 750 Dalton |
|
122000-44 |
Py-S-S-PEG-OCH₃ PEG-MW. 2000 Dalton |
|
125000-44 |
Py-S-S-PEG-OCH₃ PEG-MW. 5000 Dalton |
|
1210000-44 |
Py-S-S-PEG-OCH₃ PEG-MW. 10000 Dalton |
|
1220000-44 |
Py-S-S-PEG-OCH₃ PEG-MW. 20000 Dalton |
|
112000-2 |
NH₂-PEG-NH₂ PEG-MW. 2000 Dalton |
|
113000-2 |
NH₂-PEG-NH₂ PEG-MW. 3000 Dalton |
|
116000-2 |
NH₂-PEG-NH₂ PEG-MW. 6000 Dalton |
|
1110000-2 |
NH₂-PEG-NH₂ PEG-MW. 10 000 Dalton |
|
1120000-2 |
NH₂-PEG-NH₂ PEG-MW. 20 000 Dalton |
|
112000-1 |
Br-PEG-Br PEG-MW. 2000 Dalton |
|
113000-1 |
Br-PEG-Br PEG-MW. 3000 Dalton |
|
116000-1 |
Br-PEG-Br PEG-MW. 6000 Dalton |
|
1110000-1 |
Br-PEG-Br PEG-MW. 10 000 Dalton |
|
1120000-1 |
Br-PEG-Br PEG-MW. 20 000 Dalton |
|
112000-3 |
PEG-(NHCO-C₂H₄-COOH)₂ PEG-MW. 2000 Dalton |
|
113000-3 |
PEG-(NHCO-C₂H₄-COOH)₂ PEG-MW. 3000 Dalton |
|
116000-3 |
PEG-(NHCO-C₂H₄-COOH)₂ PEG-MW. 6000 Dalton |
|
1110000-3 |
PEG-(NHCO-C₂H₄-COOH)₂ PEG-MW. 10 000 Dalton |
|
1120000-3 |
PEG-(NHCO-C₂H₄-COOH)₂ PEG-MW. 20 000 Dalton |
|
112000-6 |
PEG-(NHCO-C₄H₈-CHO)₂ PEG-MW. 2000 Dalton |
|
113000-6 |
PEG-(NHCO-C₄H₈-CHO)₂ PEG-MW. 3000 Dalton |
|
116000-6 |
PEG-(NHCO-C₄H₈-CHO)₂ PEG-MW. 6000 Dalton |
|
1110000-6 |
PEG-(NHCO-C₄H₈-CHO)₂ PEG-MW. 10 000 Dalton |
|
1120000-6 |
PEG-(NHCO-C₄H₈-CHO)₂ PEG-MW. 20 000 Dalton |
|
112000-0 |
HO-PEG-OH PEG-MW. 2000 Dalton |
|
113000-0 |
HO-PEG-OH PEG-MW. 3000 Dalton |
|
116000-0 |
HO-PEG-OH PEG-MW. 6000 Dalton |
|
1110000-0 |
HO-PEG-OH PEG-MW. 10 000 Dalton |
|
1120000-0 |
HO-PEG-OH PEG-MW. 20 000 Dalton |
|
112000-45 |
PEG-(C₂H₄-mal)₂ PEG-MW. 2000 Dalton |
|
113000-45 |
PEG-(C₂H₄-mal)₂ PEG-MW. 3000 Dalton |
|
116000-45 |
PEG-(C₂H₄-mal)₂ PEG-MW. 6000 Dalton |
|
1110000-45 |
PEG-(C₂H₄-mal)₂ PEG-MW. 10 000 Dalton |
|
1120000-45 |
PEG-(C₂H₄-mal)₂ PEG-MW. 20 000 Dalton |
|
113000-40 |
HS-PEG-SH PEG-MW. 3000 Dalton |
|
116000-40 |
HS-PEG-SH PEG-MW. 6000 Dalton |
|
1110000-40 |
HS-PEG-SH PEG-MW. 10 000 Dalton |
|
1120000-40 |
HS-PEG-SH PEG-MW. 20 000 Dalton |
|
112000-35 |
PEG-(NHCO-C₂H₄-CONHS)₂ PEG-MW. 2000 Dalton |
|
113000-35 |
PEG-(NHCO-C₂H₄-CONHS)₂ PEG-MW. 3000 Dalton |
|
116000-35 |
PEG-(NHCO-C₂H₄-CONHS)₂ PEG-MW. 6000 Dalton |
|
1110000-35 |
PEG-(NHCO-C₂H₄-CONHS)₂ PEG-MW. 10 000 Dalton |
|
1120000-35 |
PEG-(NHCO-C₂H₄-CONHS)₂ PEG-MW. 20 000 Dalton |
|
112000-44 |
Py-S-S-PEG-S-S-Py PEG-MW. 2000 Dalton |
|
113000-44 |
Py-S-S-PEG-S-S-Py PEG-MW. 3000 Dalton |
|
116000-44 |
Py-S-S-PEG-S-S-Py PEG-MW. 6000 Dalton |
|
1110000-44 |
Py-S-S-PEG-S-S-Py PEG-MW. 10000 Dalton |
|
1120000-44 |
Py-S-S-PEG-S-S-Py PEG-MW. 20000 Dalton |
|
133000-20-70 |
H₂N-PEG-C≡CH PEG-MW. 3000 Dalton |
|
135000-20-70 |
H₂N-PEG-C≡CH PEG-MW. 5000 Dalton |
|
1310000-20-70 |
H₂N-PEG-C≡CH PEG-MW. 10000 Dalton |
|
1320000-20-70 |
H₂N-PEG-C≡CH PEG-MW. 20000 Dalton |
|
133000-35-70 |
NHS-PEG-C≡CH PEG-MW. 3000 Dalton |
|
135000-35-70 |
NHS-PEG-C≡CH PEG-MW. 5000 Dalton |
|
1310000-35-70 |
NHS-PEG-C≡CH PEG-MW. 10000 Dalton |
|
1320000-35-70 |
NHS-PEG-C≡CH PEG-MW. 20000 Dalton |
|
133000-20-21 |
H₂N-PEG-NH-Boc PEG-MW. 3000 Dalton |
|
135000-20-21 |
H₂N-PEG-NH-Boc PEG-MW. 5000 Dalton |
|
1310000-20-21 |
H₂N-PEG-NH-Boc PEG-MW. 10000 Dalton |
|
133000-20-32 |
H₂N-PEG-O-C₃H₆-COOH x HCl PEG-MW. 3000 Dalton |
|
135000-20-32 |
H₂N-PEG-O-C₃H₆-COOH x HCl PEG-MW. 5000 Dalton |
|
1310000-20-32 |
H₂N-PEG-O-C₃H₆-COOH x HCl PEG-MW. 10000 Dalton |
|
133000-20-41 |
H₂N-PEG-NHCO-C₂H₄-S-Trt PEG-MW. 3000 Dalton |
|
135000-20-41 |
H₂N-PEG-NHCO-C₂H₄-S-Trt PEG-MW. 5000 Dalton |
|
1310000-20-41 |
H₂N-PEG-NHCO-C₂H₄-S-Trt PEG-MW. 10000 Dalton |
|
133000-20-5 |
H₂N-PEG-N₃ PEG-MW. 3000 Dalton |
|
135000-20-5 |
H₂N-PEG-N₃ PEG-MW. 5000 Dalton |
|
1310000-20-5 |
H₂N-PEG-N₃ PEG-MW. 10000 Dalton |
|
1320000-20-5 |
H₂N-PEG-N₃ PEG-MW. 20000 Dalton |
|
133000-00-5 |
HO-PEG-N₃ PEG-MW. 3000 Dalton |
|
135000-00-5 |
HO-PEG-N₃ PEG-MW. 5000 Dalton |
|
1310000-00-5 |
HO-PEG-N₃ PEG-MW. 10000 Dalton |
|
1320000-00-5 |
HO-PEG-N₃ PEG-MW. 20000 Dalton |
|
133000-25-20 |
Biotin-CONH-PEG-NH₂ PEG-MW. 3000 Dalton |
|
135000-25-20 |
Biotin-CONH-PEG-NH₂ PEG-MW. 5000 Dalton |
|
1310000-25-20 |
Biotin-CONH-PEG-NH₂ PEG-MW. 10000 Dalton |
|
133000-25-32 |
Biotin-CONH-PEG-O-C₃H₆-COOH PEG-MW. 3000 Dalton |
|
135000-25-32 |
Biotin-CONH-PEG-O-C₃H₆-COOH PEG-MW. 5000 Dalton |
|
1310000-25-32 |
Biotin-CONH-PEG-O-C₃H₆-COOH PEG-MW. 10000 Dalton |
|
133000-25-35 |
Biotin-CONH-PEG-O-C₃H₆-CONHS PEG-MW. 3000 Dalton |
|
135000-25-35 |
Biotin-CONH-PEG-O-C₃H₆-CONHS PEG-MW. 5000 Dalton |
|
1310000-25-35 |
Biotin-CONH-PEG-O-C₃H₆-CONHS PEG-MW. 10000 Dalton |
|
133000-25-4 |
Biotin-CONH-PEG-CO-C₂H₄-SH PEG-MW. 3000 Dalton |
|
135000-25-4 |
Biotin-CONH-PEG-CO-C₂H₄-SH PEG-MW. 5000 Dalton |
|
1310000-25-4 |
Biotin-CONH-PEG-CO-C₂H₄-SH PEG-MW. 10000 Dalton |
|
133000-21-32 |
Boc-NH-PEG-O-C₃H₆-COOH PEG-MW. 3000 Dalton |
|
135000-21-32 |
Boc-NH-PEG-O-C₃H₆-COOH PEG-MW. 5000 Dalton |
|
1310000-21-32 |
Boc-NH-PEG-O-C₃H₆-COOH PEG-MW. 10000 Dalton |
|
133000-21-40 |
Boc-NH-PEG-SH PEG-MW. 3000 Dalton |
|
135000-21-40 |
Boc-NH-PEG-SH PEG-MW. 5000 Dalton |
|
1310000-21-40 |
Boc-NH-PEG-SH PEG-MW. 10000 Dalton |
|
133000-21-35 |
Boc-NH-PEG-O-C₃H₆-CONHS PEG-MW. 3000 Dalton |
|
135000-21-35 |
Boc-NH-PEG-O-C₃H₆-CONHS PEG-MW. 5000 Dalton |
|
1310000-21-35 |
Boc-NH-PEG-O-C₃H₆-CONHS PEG-MW. 10000 Dalton |
|
133000-22-32 |
Fmoc-NH-PEG-O-C₃H₆-COOH PEG-MW. 3000 Dalton |
|
135000-22-32 |
Fmoc-NH-PEG-O-C₃H₆-COOH PEG-MW. 5000 Dalton |
|
1310000-22-32 |
Fmoc-NH-PEG-O-C₃H₆-COOH PEG-MW. 10000 Dalton |
|
133000-22-35 |
Fmoc-NH-PEG-O-C₃H₆-CONHS PEG-MW. 3000 Dalton |
|
135000-22-35 |
Fmoc-NH-PEG-O-C₃H₆-CONHS PEG-MW. 5000 Dalton |
|
1310000-22-35 |
Fmoc-NH-PEG-O-C₃H₆-CONHS PEG-MW. 10000 Dalton |
|
103000-20 |
HO-PEG-NH₂ PEG-MW. 3000 Dalton |
|
105000-20 |
HO-PEG-NH₂ PEG-MW. 5000 Dalton |
|
1010000-20 |
HO-PEG-NH₂ PEG-MW. 10000 Dalton |
|
133000-00-21 |
HO-PEG-NH-Boc PEG-MW. 3000 Dalton |
|
135000-00-21 |
HO-PEG-NH-Boc PEG-MW. 5000 Dalton |
|
1310000-00-21 |
HO-PEG-NH-Boc PEG-MW. 10000 Dalton |
|
133000-00-37 |
HO-PEG-NHCO-C₂H₄-CONH-NH-Boc PEG-MW. 3000 Dalton |
|
135000-00-37 |
HO-PEG-NHCO-C₂H₄-CONH-NH-Boc PEG-MW. 5000 Dalton |
|
1310000-00-37 |
HO-PEG-NHCO-C₂H₄-CONH-NH-Boc PEG-MW. 10000 Dalton |
|
133000-00-3 |
HO-PEG-NHCO-C₂H₄-COOH PEG-MW. 3000 Dalton |
|
135000-00-3 |
HO-PEG-NHCO-C₂H₄-COOH PEG-MW. 5000 Dalton |
|
1310000-00-3 |
HO-PEG-NHCO-C₂H₄-COOH PEG-MW. 10000 Dalton |
|
103000-4 |
HO-PEG-NHCO-CH₂-CH₂-SH PEG-MW. 3000 Dalton |
|
105000-4 |
HO-PEG-NHCO-CH₂-CH₂-SH PEG-MW. 5000 Dalton |
|
1010000-4 |
HO-PEG-NHCO-CH₂-CH₂-SH PEG-MW. 10000 Dalton |
|
133000-00-40 |
HO-PEG-O-CH₂-CH₂-SH PEG-MW. 3000 Dalton |
|
135000-00-40 |
HO-PEG-O-CH₂-CH₂-SH PEG-MW. 5000 Dalton |
|
1310000-00-40 |
HO-PEG-O-CH₂-CH₂-SH PEG-MW. 10000 Dalton |
|
133000-00-41 |
HO-PEG-NHCO-C₂H₄-S-Trt PEG-MW. 3000 Dalton |
|
135000-00-41 |
HO-PEG-NHCO-C₂H₄-S-Trt PEG-MW. 5000 Dalton |
|
1310000-00-41 |
HO-PEG-NHCO-C₂H₄-S-Trt PEG-MW. 10000 Dalton |
|
133000-11-5 |
I-CH₂-CONH-PEG-N₃ PEG-MW. 3000 Dalton |
|
135000-11-5 |
I-CH₂-CONH-PEG-N₃ PEG-MW. 5000 Dalton |
|
1310000-11-5 |
I-CH₂-CONH-PEG-N₃ PEG-MW. 10000 Dalton |
|
1320000-11-5 |
I-CH₂-CONH-PEG-N₃ PEG-MW. 20000 Dalton |
|
133000-11-70 |
I-CH₂-CONH-PEG-C≡CH PEG-MW. 3000 Dalton |
|
135000-11-70 |
I-CH₂-CONH-PEG-C≡CH PEG-MW. 5000 Dalton |
|
1310000-11-70 |
I-CH₂-CONH-PEG-C≡CH PEG-MW. 10000 Dalton |
|
1320000-11-70 |
I-CH₂-CONH-PEG-C≡CH PEG-MW. 20000 Dalton |
|
J103000-6 |
Pam3Cys-PEG-OH PEG-MW. 3000 Dalton |
|
J105000-6 |
Pam3Cys-PEG-OH PEG-MW. 5000 Dalton |
|
133000-65-25 |
Malhex-NH-PEG-NHCO-Biotin PEG-MW. 3000 Dalton |
|
135000-65-25 |
Malhex-NH-PEG-NHCO-Biotin PEG-MW. 5000 Dalton |
|
1310000-65-25 |
Malhex-NH-PEG-NHCO-Biotin PEG-MW. 10000 Dalton |
|
133000-65-32 |
Malhex-NH-PEG-O-C₃H₆-COOH PEG-MW. 3000 Dalton |
|
135000-65-32 |
Malhex-NH-PEG-O-C₃H₆-COOH PEG-MW. 5000 Dalton |
|
1310000-65-32 |
Malhex-NH-PEG-O-C₃H₆-COOH PEG-MW. 10000 Dalton |
|
133000-65-35 |
Malhex-NH-PEG-O-C₃H₆-CONHS PEG-MW. 3000 Dalton |
|
135000-65-35 |
Malhex-NH-PEG-O-C₃H₆-CONHS PEG-MW. 5000 Dalton |
|
1310000-65-35 |
Malhex-NH-PEG-O-C₃H₆-CONHS PEG-MW. 10000 Dalton |
|
133000-44-25 |
Py-S-S-PEG-Biotin PEG-MW. 3000 Dalton |
|
135000-44-25 |
Py-S-S-PEG-Biotin PEG-MW. 5000 Dalton |
|
1310000-44-25 |
Py-S-S-PEG-Biotin PEG-MW. 10000 Dalton |
|
1320000-44-25 |
Py-S-S-PEG-Biotin PEG-MW. 20000 Dalton |
|
133000-44-35 |
Py-S-S-PEG-NHS PEG-MW. 3000 Dalton |
|
135000-44-35 |
Py-S-S-PEG-NHS PEG-MW. 5000 Dalton |
|
1310000-44-35 |
Py-S-S-PEG-NHS PEG-MW. 10000 Dalton |
|
1320000-44-35 |
Py-S-S-PEG-NHS PEG-MW. 20000 Dalton |
|
133000-70-50 |
HC≡C-PEG-SQA PEG-MW. 3000 Dalton |
|
135000-70-50 |
HC≡C-PEG-SQA PEG-MW. 5000 Dalton |
|
1310000-70-50 |
HC≡C-PEG-SQA PEG-MW. 10000 Dalton |
|
1320000-70-50 |
HC≡C-PEG-SQA PEG-MW. 20000 Dalton |
|
133000-5-50 |
N₃-PEG-SQA PEG-MW. 3000 Dalton |
|
135000-5-50 |
N₃-PEG-SQA PEG-MW. 5000 Dalton |
|
1310000-5-50 |
N₃-PEG-SQA PEG-MW. 10000 Dalton |
|
1320000-5-50 |
N₃-PEG-SQA PEG-MW. 20000 Dalton |
|
133000-00-50 |
HO-PEG-SQA PEG-MW. 3000 Dalton |
|
135000-00-50 |
HO-PEG-SQA PEG-MW. 5000 Dalton |
|
1310000-00-50 |
HO-PEG-SQA PEG-MW. 10000 Dalton |
|
1320000-00-50 |
HO-PEG-SQA PEG-MW. 20000 Dalton |
|
133000-41-50 |
Trt-S-C₂H₄-CONH-PEG-SQA PEG-MW. 3000 Dalton |
|
135000-41-50 |
Trt-S-C₂H₄-CONH-PEG-SQA PEG-MW. 5000 Dalton |
|
1310000-41-50 |
Trt-S-C₂H₄-CONH-PEG-SQA PEG-MW. 10000 Dalton |
|
1320000-41-50 |
Trt-S-C₂H₄-CONH-PEG-SQA PEG-MW. 20000 Dalton |
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