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96-Well Plate

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Product Formats

96-Well Plates

Up to 2mL sample volume per well
Compatible with most automated systems
2 well plates per box

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Silica-based Sorbents

Phase	25mg	50mg	100mg
C18-E	8E-S001-CGB	8E-S001-DGB	8E-S001-EGB
C18-U	---	8E-S002-DGB	---
C8	8E-S005-CGB	8E-S005-DGB	8E-S005-EGB
Phenyl	---	8E-S006-DGB	8E-S006-EGB
SCX	8E-S010-CGB	---	8E-S010-EGB
WCX	8E-S027-CGB	8E-S027-DGB	8E-S027-EGB
SAX	8E-S008-CGB	8E-S008-DGB	8E-S008-EGB
NH₂	8E-S009-CGB	8E-S009-DGB	---
CN	8E-S007-CGB	8E-S007-DGB	---
Si-1	---	8E-S012-DGB	---

Mixed-mode Sorbents (for drugs of abuse)

Phase	25mg	50mg
Screen-C	---	8E-S016-DGB
Screen-A	8E-S019-CGB	8B-S019-DGB

Polymeric sorbents

Phase	5mg	10mg	30mg	50mg	60mg
SDB-L	---	---	---	8E-S014-DGB	---
strata-X	8E-S100-NGB	8E-S100-AGB	8E-S100-TGB	---	8E-S100-UGB
strata-X-C	---	8E-S029-AGB	8E-S029-TGB	---	8E-S029-UGB
strata-X-CW	---	8B-S035-AGB	8B-S035-TGB	---	8B-S035-UGB
strata-X-AW	---	8B-S038-AGB	8B-S038-TGB	---	8B-S038-UGB

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Strata Impact Protein Precipitation Plates

Leak-Free Protein Precipitation
Maximized Recovery
Simple Protein Precipitation

more information

Description	Unit/ Box	Order No.
Strata Impact Square Well Plate, 2mL	2	CE0-7565

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Strata Method Development 96-Well Plate for Rapid Screening

Each Strata 96-well plate contains six silica-based sorbents and two polymeric resins. One row of C18-E, C18-U, C18-M, C18-T, C8, PH (50mg/well) and strata-X and SDB-L (30mg/well) for parallel screening

Description	Unit/ Box	Order No.
Strata Method Development 96-Well Plate	1	KSO-7293

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Strata™ High-Throughput Accessories

Sealing Mats

Each Strata 96-well plate contains six silica-based sorbents and two polymeric resins. One row of C18-E, C18-U, C18-M, C18-T, C8, PH (50mg/well) and strata-X and SDB-L (30mg/well) for parallel screening

Description	Unit/ Box	Order No.
Piercable sealing mats, 96 square well	50	AHO-7195
Sealing tape pad	10	AHO-7362

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	ABW
	ABW Selectivity: incorporates the mixed-mode selectivity of a strong cation and a weak anion exchanger for target analytes. Fractionation of neutral compounds from acidic and basic analytes


	C8
	C8 Selectivity: nonspecific, non-polar retention mechanism with the surface endcapped to minimize secondary polar silanol interactions. Extracting hydrophobic compounds from water or biological fluids that are retained too strongly on Strata C18-E or strata-X.


	C18E
	C18-E Selectivity: nonspecific non-polar retention mechanism with the surface endcapped to minimize secondary polar silanol interaction Extraction of hydrophobic molecules from aqueous and biological samples. Desalting a matrix, as ions are not retained by the sorbent. Separate large proteins from drugs. The drugs can be extracted from a sample, while macromolecules >15kD are too large to effectively interact with the sorbent.


	C18T
	C18-T Selectivity: nonspecific, non-polar retention mechanism with the surface endcapped to minimize secondary polar silanol interactions. Extracting large hydrophobic molecules (up to 75kD) from water or biological matrices. Desalting a matrix. Separate large proteins from drugs. The drugs can be extracted from a sample, while macromolecules >74kD are too large to effectively interact with the sorbent.


	C18U
	C18-U Selectivity: primarily non-polar retention mechanism combined with secondary polar silanol interactions. Increased extraction efficiency and enhanced clean up of hydrophobic compounds that contain hydroxy or amine functional groups from water or biological fluids. Desalting a matrix. Separate large proteins from polar drugs or metabolites. The drugs can be extracted from a sample, while macromolecules >15kD are too large to effectively interact with the sorbent.


	CN
	CN Selectivity: unique, selectivity toward non-polar and polar compounds combined with secondary polar silanol interactions. Retaining non-polar compounds that are retained too strongly on Strata C18-E or C8. A normal phase sorbent used to extract polar compounds from non-polar solvents.


	EPH
	EPH Selectivity: specialized phase that retains analytes by various polar mechanisms. Fractionation of aliphatic and aromatic extractable hydrocarbons from environmental samples


	FLORISIL
	Florisil Selectivity: polar retention attributed to magnesium ion on the silica surface. Extraction of pesticides from environmental samples. Extraction of halogented compounds.


	NH₂
	NH₂ Selectivity: retention mechanism of polar analytes by either hydrogen bonding or weak anion exchange. Extraction of strong anions from aqueous samples. Extraction of polar compounds similar in structure. Extracting polar compounds that may be retained too strongly on Strata Si-1 such as hydroxyl groups.


	PHENYL
	Phenyl Selectivity: unique, non-polar retention mechanism via pi-pi and hydrophobic interactions. Extracting aromatic hydrophobic compounds.


	SAX
	SAX Selectivity: unique selectivity of a quaternary amine (always charged), which allows for retention of analytes from biological and aqueous matrices. Extraction of organic acids. Extraction of biomolecules.


	SCREEN-A
	Screen-A Selectivity: incorporates the selectivity of a C8 plus a strong anion exchanger to give mixed-mode retention for target analytes. Extraction of acidic drugs from biological matrices such as blood, serum and urine.


	SCREEN-C
	Screen-C Selectivity: incorporates the selectivity of a C8 plus a strong cation exchanger to give mixed-mode retention for target analytes. Extraction of basic drugs from biological matrices such as blood, serum and urine. Available in gravity flow format, 200 �m particle size (Screen-C GF), for viscous samples such as horse urine and plasma.


	SCX
	SCX Selectivity: surface bonded benzene sulfonic acid group for the retention of organic bases from biological and aqueous sample matrices. Extraction of 1�, 2� and 3� amines from biological fluids. pi-pi selectivity of benzene ring allows for some hydrophobic retention of analytes.


	SDB-L
	SDB-L Selectivity: combines non-polar retention mechanism via pi-pi and hydrophobic interactions completely free from secondary silanol interactions. Extraction of non-polar and polar molecules. Large volume environmental samples. Extracting large proteins (up to 90kD), which can effectively interact with the large pores of the sorbent, making it useful in applications such as desalting a sample.


	SILICA
	Silica Selectivity: unbonded surface results in hydrogen bonding, which gives strong retention mechanism for polar compounds. Extraction of polar compounds that are similar in structure.


	STRATA-X
	strata-X Selectivity: surface modified styrene divinylbenzene polymeric surface that has hydrophilic, hydrophobic or pi-pi retention mechanisms General screening of acidic, basic and neutral compounds by reversed phase Extracting polar and non-polar compounds


	STRATA-X-AW
	strata-X-AW Selectivity: mixed-mode selectivity that incorporates the reversed selectivity of strata-X and the weak anion exchanger Clean up of strong acids such as phosphonates Fractionation of acidic compounds from basic and neutral impurities


	STRATA-X-C
	strata-X-C Selectivity: mixed-mode selectivity that incorporates the reversed phase selectivity of strata-X and the strong cation exchanger Clean up of basic compounds Fractionation of bases from acidic and neutral impurities


	STRATA-X-CW
	strata-X-CW Selectivity: mixed-mode selectivity that incorporates the reversed phase selectivity of strata-X and the weak cation exchanger Clean up of strong bases such as quaternary amines Fractionation of bases from acidic and neutral impurities


	WAX
	WAX Selectivity: NH₂ bonded to silica surface to give retention mechanism by either hydrogen bonding or weak anion exchange. Extraction of strong anions from aqueous solvent. Extraction of biomolecules.


	WCX
	WCX Selectivity: unique selectivity of carboxylic acid (CBA) bonded to silica surface. Extraction of quaternary amines. Extraction of strong cations.