Protein Sequencing
7 RESULTS WITHIN anywhere FROM https:, Australia
Distance: 12,798.63km
155 Federal Street, Suite 700, Boston
Isobaric Tag for Relative Absolute Quantitation (iTRAQ) and Tandem Mass Tags (TMT) are two similar quantitative proteomic techniques developed by AB SCIEX and Thermo Fisher respectively. The most distinctive advantage of these two techniques is that they can label up to 10 different samples and compare the relative proteomic change through LC-MS/MS analysis. Therefore these techniques are widely applied to study proteomic changes under different treatments or in different development stages. MtoZ Biolabs is proud to offer iTRAQ/TMT analysis service to meet your research needs. On the basis of these two well-established techniques we can also provide MultiNotch MS analysis... read more
Isobaric Tag for Relative Absolute Quantitation (iTRAQ) and Tandem Mass Tags (TMT) are two similar quantitative proteomic techniques developed by AB SCIEX and Thermo Fisher respectively. The most distinctive advantage of these two techniques is that they can label up to 10 different samples and compare the relative proteomic change through LC-MS/MS analysis. Therefore these techniques are widely applied to study proteomic changes under different treatments or in different development stages. MtoZ Biolabs is proud to offer iTRAQ/TMT analysis service to meet your research needs. On the basis of these two well-established techniques we can also provide MultiNotch MS analysis... read more
Distance: 12,798.63km
155 Federal Street, Suite 700, Boston
Similar to SILAC technique Dimethyl labeling is also an isotopic labeling method. However Dimethyl labeling is a chemical labeling process and labels lysine or the N-terminal amino acid residues on peptide instead of labeling proteins. Except for the difference in labeling method SILAC and Dimethyl labeling technique have comparable sensitivity and accuracy and are being more and more widely used in relative proteomics studies. MtoZ Biolabs has developed a specialized platform equipped with Q Exactive HF (Thermo Fisher) Orbitrap Fusion and Orbitrap Fusion Lumos mass spectrometers equipped with Nano-LC for SILAC/Dimethyl analysis service.... read more
Similar to SILAC technique Dimethyl labeling is also an isotopic labeling method. However Dimethyl labeling is a chemical labeling process and labels lysine or the N-terminal amino acid residues on peptide instead of labeling proteins. Except for the difference in labeling method SILAC and Dimethyl labeling technique have comparable sensitivity and accuracy and are being more and more widely used in relative proteomics studies. MtoZ Biolabs has developed a specialized platform equipped with Q Exactive HF (Thermo Fisher) Orbitrap Fusion and Orbitrap Fusion Lumos mass spectrometers equipped with Nano-LC for SILAC/Dimethyl analysis service.... read more
Distance: 12,798.63km
155 Federal Street, Suite 700, Boston
Sequential Window Acquisition of all Theoretical fragment ions (SWATH) is a brand new mass spectrometry technology co-developed by Dr. Ruedi Aebersold research group (ETH Zürich) and AB SCIEX. SWATH data is an independent acquisition (DIA) technique. Unlike data dependent acquisition technique which only selects certain MS spectrum for MS/MS detection SWATH analyzes all MS and MS/MS spectra allowing detection of virtually all detectable proteins in a sample. In SWATH technology MS spectra are divided into several narrow windows and peptides in each window are sequentially analyzed equally followed by MS/MS analysis. SWATH technique combines the high-throughput quality of shotgun proteomics... read more
Sequential Window Acquisition of all Theoretical fragment ions (SWATH) is a brand new mass spectrometry technology co-developed by Dr. Ruedi Aebersold research group (ETH Zürich) and AB SCIEX. SWATH data is an independent acquisition (DIA) technique. Unlike data dependent acquisition technique which only selects certain MS spectrum for MS/MS detection SWATH analyzes all MS and MS/MS spectra allowing detection of virtually all detectable proteins in a sample. In SWATH technology MS spectra are divided into several narrow windows and peptides in each window are sequentially analyzed equally followed by MS/MS analysis. SWATH technique combines the high-throughput quality of shotgun proteomics... read more
155 Federal Street, Suite 700, Boston
Bioamine is a kind of low molecular weight compounds containing nitric fatty group or heterocycle group. Depending on the composition of amine bioamine can be divided into two classes monoamine and polyamine. Monoamine plays a role in muscular and blood vessel relaxation and regulates cerebral cortex activity. Polyamine mainly promotes synthesis of macromolecules including DNA RNA and proteins and accelerates development and growth. MtoZ Biolabs offers targeted bioamine analysis service using ACQUITY UPLC/TripleQuad5500 (Waters/AB Sciex) which have characteristics of high accuracy specificity and sensitivity. We guarantee accurate analysis of bioamine even in low abundance. With our optimized sample preparation methods... read more
Bioamine is a kind of low molecular weight compounds containing nitric fatty group or heterocycle group. Depending on the composition of amine bioamine can be divided into two classes monoamine and polyamine. Monoamine plays a role in muscular and blood vessel relaxation and regulates cerebral cortex activity. Polyamine mainly promotes synthesis of macromolecules including DNA RNA and proteins and accelerates development and growth. MtoZ Biolabs offers targeted bioamine analysis service using ACQUITY UPLC/TripleQuad5500 (Waters/AB Sciex) which have characteristics of high accuracy specificity and sensitivity. We guarantee accurate analysis of bioamine even in low abundance. With our optimized sample preparation methods... read more
Distance: 4,204.15km
45-16 Ramsey Road, New York
Tel: 1-631-626-9181
Creative Proteomics provides a comprehensive range of proteomics services using both gel-based and gel-free proteome analysis platforms. We have integrated a set of protein separation characterization identification and quantification systems into our proteomics workstation which is featured with high throughput and super-sensitivity. We offer quality proteomics services for target identification lead optimization and preclinical and clinical phases of drug development. Of note Creative Proteomics is staffed by specialists who have extensive experience in handling hard-to-analyze samples such as plasma membrane serum cerebrospinal fluid. In addition we are also professional in studying protein modification and protein-protein interaction. Moreover a series of... read more
Tel: 1-631-626-9181
Creative Proteomics provides a comprehensive range of proteomics services using both gel-based and gel-free proteome analysis platforms. We have integrated a set of protein separation characterization identification and quantification systems into our proteomics workstation which is featured with high throughput and super-sensitivity. We offer quality proteomics services for target identification lead optimization and preclinical and clinical phases of drug development. Of note Creative Proteomics is staffed by specialists who have extensive experience in handling hard-to-analyze samples such as plasma membrane serum cerebrospinal fluid. In addition we are also professional in studying protein modification and protein-protein interaction. Moreover a series of... read more
Distance: 12,798.63km
45-1 Ramsey Road, Shirley, NY 11967, USA, Shirley
Tel: 16316197922
Although database search identification of proteins by mass spectrometry is well established the method does not apply if the protein sequence does not exist in the current database. Therefore de novo sequencing is the only method for identifying novel peptides unsequenced organisms and antibodies drugs which database search methods were not able to detect. However de novo sequencing poses more challenging than the traditional database search approach such as ambiguous assignments of fragment ions insufficient product ions generated in incomplete fragmentation leading to low sequence coverage and difficulty in distinguishing ion series notably N-terminal from C-terminal MS/MS product ions (b... read more
Tel: 16316197922
Although database search identification of proteins by mass spectrometry is well established the method does not apply if the protein sequence does not exist in the current database. Therefore de novo sequencing is the only method for identifying novel peptides unsequenced organisms and antibodies drugs which database search methods were not able to detect. However de novo sequencing poses more challenging than the traditional database search approach such as ambiguous assignments of fragment ions insufficient product ions generated in incomplete fragmentation leading to low sequence coverage and difficulty in distinguishing ion series notably N-terminal from C-terminal MS/MS product ions (b... read more
Distance: 12,798.63km
45-1 Ramsey Road, Shirley, NY 11967, USA, Shirley
Tel: 16316197922
The sequence of peptide/protein is important to study the biological function of the peptide/protein. However complete characterization of peptides/proteins including post-translational modifications (PTMs) sequence mutations and variants is very challenging. There are two approaches to determine the sequence of peptide/protein by mass spectrometry: database search and de novo sequencing. Database search approach compares acquired mass spectra to a database of known protein sequences to identify the protein sequences. De novo sequencing is a process in which amino acid sequences are directly interpreted from tandem mass spectra without the assistance of a database.... read more
Tel: 16316197922
The sequence of peptide/protein is important to study the biological function of the peptide/protein. However complete characterization of peptides/proteins including post-translational modifications (PTMs) sequence mutations and variants is very challenging. There are two approaches to determine the sequence of peptide/protein by mass spectrometry: database search and de novo sequencing. Database search approach compares acquired mass spectra to a database of known protein sequences to identify the protein sequences. De novo sequencing is a process in which amino acid sequences are directly interpreted from tandem mass spectra without the assistance of a database.... read more
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