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mega software version 7 0  (ATCC)


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    Structured Review

    ATCC mega software version 7 0
    Mega Software Version 7 0, supplied by ATCC, used in various techniques. Bioz Stars score: 96/100, based on 981 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/mega+program+version+x/Sp2%2FmIL-6/pm32389475-60-50-46
    Average 96 stars, based on 981 article reviews
    mega software version 7 0 - by Bioz Stars, 2026-10
    96/100 stars

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    Related Articles

    Knock-In:

    Article Title: Mass Spectrometry Quantification of Epigenetic Changes: A Scoping Review for Cancer and Beyond
    Article Snippet: .. [71], 2016 Human embryonic WA01 Oct4-eGFP knock-in reporter cell line System: LC-Q-TOF Columns: C18 Eluent A: FA in H2O Eluent B: FA in ACN Analysis method: DDA Histone PMTs Acid extraction: acid not reported Precipitation: trichloroacetic acid Digestion: trypsin [72], 2016 HeLa (ATCC CCL-2) System: LC-Q-Orbitrap Columns: ReproSil-Pur C18 Eluent A: FA in H2O Eluent B: FA in a mixture of isopropanol and MeOH Analysis method: DDA Acetylation changes on the histones peptide Acidic histone Extraction: hydrochloric acid Propionylation: propionic anhydride. ..

    Data-dependent acquisition:

    Article Title: Mass Spectrometry Quantification of Epigenetic Changes: A Scoping Review for Cancer and Beyond
    Article Snippet: .. [71], 2016 Human embryonic WA01 Oct4-eGFP knock-in reporter cell line System: LC-Q-TOF Columns: C18 Eluent A: FA in H2O Eluent B: FA in ACN Analysis method: DDA Histone PMTs Acid extraction: acid not reported Precipitation: trichloroacetic acid Digestion: trypsin [72], 2016 HeLa (ATCC CCL-2) System: LC-Q-Orbitrap Columns: ReproSil-Pur C18 Eluent A: FA in H2O Eluent B: FA in a mixture of isopropanol and MeOH Analysis method: DDA Acetylation changes on the histones peptide Acidic histone Extraction: hydrochloric acid Propionylation: propionic anhydride. ..

    Extraction:

    Article Title: Mass Spectrometry Quantification of Epigenetic Changes: A Scoping Review for Cancer and Beyond
    Article Snippet: .. [71], 2016 Human embryonic WA01 Oct4-eGFP knock-in reporter cell line System: LC-Q-TOF Columns: C18 Eluent A: FA in H2O Eluent B: FA in ACN Analysis method: DDA Histone PMTs Acid extraction: acid not reported Precipitation: trichloroacetic acid Digestion: trypsin [72], 2016 HeLa (ATCC CCL-2) System: LC-Q-Orbitrap Columns: ReproSil-Pur C18 Eluent A: FA in H2O Eluent B: FA in a mixture of isopropanol and MeOH Analysis method: DDA Acetylation changes on the histones peptide Acidic histone Extraction: hydrochloric acid Propionylation: propionic anhydride. ..

    Article Title: Reimagining oil recovery: Sustainable downstream processing of oleaginous yeasts for food applications.
    Article Snippet: .. Solvent extraction of lipids from Y. lipolytica IFP29 (ATCC 20460) (using hexane) without any disruption resulted in an efficiency of only 14 wt% per total lipids (Breil et al., 2016) whereas when hexane extraction of lipids from Y. lipolytica JMY5289 was performed in combination with ball milling, the efficiency was 82 wt% per total lipids (Imatoukene et al., 2020). ..

    Real-time Polymerase Chain Reaction:

    Article Title: P-1810. Development of Avian and Human Influenza Analytical Reference Materials for Diagnostics and Surveillance
    Article Snippet: .. Figure 1: H5N1 qPCR data Figure 1: qPCR amplification curves generated with ATCC® VR-3436SDTM (subtype H5N1) (blue) and H5N1 gRNA (pink) using (A) a Hoffmann et al., 2016 assay targeting HA, and the (B) CDC Flu SC2 Multiplex assay targeting M. Figure 2: H5N6 qPCR data Figure 2: qPCR amplification curves generated with ATCC® VR-3439SDTM (subtype H5N6) using (A) a Hoffmann et al., 2016 assay targeting HA, and the (B) CDC Flu SC2 Multiplex assay targeting M. ..

    Article Title: P-1810. Development of Avian and Human Influenza Analytical Reference Materials for Diagnostics and Surveillance
    Article Snippet: .. Figure 1: H5N1 qPCR data Figure 1: qPCR amplification curves generated with ATCC® VR-3436SDTM (subtype H5N1) (blue) and H5N1 gRNA (pink) using (A) a Hoffmann et al., 2016 assay targeting HA, and the (B) CDC Flu SC2 Multiplex assay targeting M. Figure 2: H5N6 qPCR data Figure 2: qPCR amplification curves generated with ATCC® VR-3439SDTM (subtype H5N6) using (A) a Hoffmann et al., 2016 assay targeting HA, and the (B) CDC Flu SC2 Multiplex assay targeting M. Methods. .. ATCC® developed a comprehensive suite of quantitative synthetic analytical reference materials (ARMs) for HPAI virus serotypes H5N1, H5N6, H7N7, H7N9, and H9N2; human influenza A virus serotypes H1N1, H3N2, and H1N1 2009 pandemic; and Influenza B virus strains.

    Article Title: P-1810. Development of Avian and Human Influenza Analytical Reference Materials for Diagnostics and Surveillance
    Article Snippet: .. Figure 1: H5N1 qPCR data Figure 1: qPCR amplification curves generated with ATCC® VR-3436SDTM (subtype H5N1) (blue) and H5N1 gRNA (pink) using (A) a Hoffmann et al., 2016 assay targeting HA, and the (B) CDC Flu SC2 Multiplex assay targeting M. Figure 2: H5N6 qPCR data Figure 2: qPCR amplification curves generated with ATCC® VR-3439SDTM (subtype H5N6) using (A) a Hoffmann et al., 2016 assay targeting HA, and the (B) CDC Flu SC2 Multiplex assay targeting M. H5N1 qPCR data Figure 1: qPCR amplification curves generated with ATCC® VR-3436SDTM (subtype H5N1) (blue) and H5N1 gRNA (pink) using (A) a Hoffmann et al., 2016 assay targeting HA, and the (B) CDC Flu SC2 Multiplex assay targeting M. H5N6 qPCR data Figure 2: qPCR amplification curves generated with ATCC® VR-3439SDTM (subtype H5N6) using (A) a Hoffmann et al., 2016 assay targeting HA, and the (B) CDC Flu SC2 Multiplex assay targeting M. .. ATCC® developed a comprehensive suite of quantitative synthetic analytical reference materials (ARMs) for HPAI virus serotypes H5N1, H5N6, H7N7, H7N9, and H9N2; human influenza A virus serotypes H1N1, H3N2, and H1N1 2009 pandemic; and Influenza B virus strains.

    Amplification:

    Article Title: P-1810. Development of Avian and Human Influenza Analytical Reference Materials for Diagnostics and Surveillance
    Article Snippet: .. Figure 1: H5N1 qPCR data Figure 1: qPCR amplification curves generated with ATCC® VR-3436SDTM (subtype H5N1) (blue) and H5N1 gRNA (pink) using (A) a Hoffmann et al., 2016 assay targeting HA, and the (B) CDC Flu SC2 Multiplex assay targeting M. Figure 2: H5N6 qPCR data Figure 2: qPCR amplification curves generated with ATCC® VR-3439SDTM (subtype H5N6) using (A) a Hoffmann et al., 2016 assay targeting HA, and the (B) CDC Flu SC2 Multiplex assay targeting M. ..

    Article Title: P-1810. Development of Avian and Human Influenza Analytical Reference Materials for Diagnostics and Surveillance
    Article Snippet: .. Figure 1: H5N1 qPCR data Figure 1: qPCR amplification curves generated with ATCC® VR-3436SDTM (subtype H5N1) (blue) and H5N1 gRNA (pink) using (A) a Hoffmann et al., 2016 assay targeting HA, and the (B) CDC Flu SC2 Multiplex assay targeting M. Figure 2: H5N6 qPCR data Figure 2: qPCR amplification curves generated with ATCC® VR-3439SDTM (subtype H5N6) using (A) a Hoffmann et al., 2016 assay targeting HA, and the (B) CDC Flu SC2 Multiplex assay targeting M. Methods. .. ATCC® developed a comprehensive suite of quantitative synthetic analytical reference materials (ARMs) for HPAI virus serotypes H5N1, H5N6, H7N7, H7N9, and H9N2; human influenza A virus serotypes H1N1, H3N2, and H1N1 2009 pandemic; and Influenza B virus strains.

    Article Title: P-1810. Development of Avian and Human Influenza Analytical Reference Materials for Diagnostics and Surveillance
    Article Snippet: .. Figure 1: H5N1 qPCR data Figure 1: qPCR amplification curves generated with ATCC® VR-3436SDTM (subtype H5N1) (blue) and H5N1 gRNA (pink) using (A) a Hoffmann et al., 2016 assay targeting HA, and the (B) CDC Flu SC2 Multiplex assay targeting M. Figure 2: H5N6 qPCR data Figure 2: qPCR amplification curves generated with ATCC® VR-3439SDTM (subtype H5N6) using (A) a Hoffmann et al., 2016 assay targeting HA, and the (B) CDC Flu SC2 Multiplex assay targeting M. H5N1 qPCR data Figure 1: qPCR amplification curves generated with ATCC® VR-3436SDTM (subtype H5N1) (blue) and H5N1 gRNA (pink) using (A) a Hoffmann et al., 2016 assay targeting HA, and the (B) CDC Flu SC2 Multiplex assay targeting M. H5N6 qPCR data Figure 2: qPCR amplification curves generated with ATCC® VR-3439SDTM (subtype H5N6) using (A) a Hoffmann et al., 2016 assay targeting HA, and the (B) CDC Flu SC2 Multiplex assay targeting M. .. ATCC® developed a comprehensive suite of quantitative synthetic analytical reference materials (ARMs) for HPAI virus serotypes H5N1, H5N6, H7N7, H7N9, and H9N2; human influenza A virus serotypes H1N1, H3N2, and H1N1 2009 pandemic; and Influenza B virus strains.

    Generated:

    Article Title: P-1810. Development of Avian and Human Influenza Analytical Reference Materials for Diagnostics and Surveillance
    Article Snippet: .. Figure 1: H5N1 qPCR data Figure 1: qPCR amplification curves generated with ATCC® VR-3436SDTM (subtype H5N1) (blue) and H5N1 gRNA (pink) using (A) a Hoffmann et al., 2016 assay targeting HA, and the (B) CDC Flu SC2 Multiplex assay targeting M. Figure 2: H5N6 qPCR data Figure 2: qPCR amplification curves generated with ATCC® VR-3439SDTM (subtype H5N6) using (A) a Hoffmann et al., 2016 assay targeting HA, and the (B) CDC Flu SC2 Multiplex assay targeting M. ..

    Article Title: Identification and Regulation of a Hepatic Lipogenic Metabolon
    Article Snippet: .. Monoclonal antibodies were generated by fusion of Sp2/mIL-6 (CRL-2016; ATCC) mouse myeloma cells with splenic B lymphocytes derived from a female NZBWF1/J mouse injected with purified mouse ACC1 protein , . ..

    Article Title: P-1810. Development of Avian and Human Influenza Analytical Reference Materials for Diagnostics and Surveillance
    Article Snippet: .. Figure 1: H5N1 qPCR data Figure 1: qPCR amplification curves generated with ATCC® VR-3436SDTM (subtype H5N1) (blue) and H5N1 gRNA (pink) using (A) a Hoffmann et al., 2016 assay targeting HA, and the (B) CDC Flu SC2 Multiplex assay targeting M. Figure 2: H5N6 qPCR data Figure 2: qPCR amplification curves generated with ATCC® VR-3439SDTM (subtype H5N6) using (A) a Hoffmann et al., 2016 assay targeting HA, and the (B) CDC Flu SC2 Multiplex assay targeting M. Methods. .. ATCC® developed a comprehensive suite of quantitative synthetic analytical reference materials (ARMs) for HPAI virus serotypes H5N1, H5N6, H7N7, H7N9, and H9N2; human influenza A virus serotypes H1N1, H3N2, and H1N1 2009 pandemic; and Influenza B virus strains.

    Article Title: P-1810. Development of Avian and Human Influenza Analytical Reference Materials for Diagnostics and Surveillance
    Article Snippet: .. Figure 1: H5N1 qPCR data Figure 1: qPCR amplification curves generated with ATCC® VR-3436SDTM (subtype H5N1) (blue) and H5N1 gRNA (pink) using (A) a Hoffmann et al., 2016 assay targeting HA, and the (B) CDC Flu SC2 Multiplex assay targeting M. Figure 2: H5N6 qPCR data Figure 2: qPCR amplification curves generated with ATCC® VR-3439SDTM (subtype H5N6) using (A) a Hoffmann et al., 2016 assay targeting HA, and the (B) CDC Flu SC2 Multiplex assay targeting M. H5N1 qPCR data Figure 1: qPCR amplification curves generated with ATCC® VR-3436SDTM (subtype H5N1) (blue) and H5N1 gRNA (pink) using (A) a Hoffmann et al., 2016 assay targeting HA, and the (B) CDC Flu SC2 Multiplex assay targeting M. H5N6 qPCR data Figure 2: qPCR amplification curves generated with ATCC® VR-3439SDTM (subtype H5N6) using (A) a Hoffmann et al., 2016 assay targeting HA, and the (B) CDC Flu SC2 Multiplex assay targeting M. .. ATCC® developed a comprehensive suite of quantitative synthetic analytical reference materials (ARMs) for HPAI virus serotypes H5N1, H5N6, H7N7, H7N9, and H9N2; human influenza A virus serotypes H1N1, H3N2, and H1N1 2009 pandemic; and Influenza B virus strains.

    Multiplex Assay:

    Article Title: P-1810. Development of Avian and Human Influenza Analytical Reference Materials for Diagnostics and Surveillance
    Article Snippet: .. Figure 1: H5N1 qPCR data Figure 1: qPCR amplification curves generated with ATCC® VR-3436SDTM (subtype H5N1) (blue) and H5N1 gRNA (pink) using (A) a Hoffmann et al., 2016 assay targeting HA, and the (B) CDC Flu SC2 Multiplex assay targeting M. Figure 2: H5N6 qPCR data Figure 2: qPCR amplification curves generated with ATCC® VR-3439SDTM (subtype H5N6) using (A) a Hoffmann et al., 2016 assay targeting HA, and the (B) CDC Flu SC2 Multiplex assay targeting M. ..

    Article Title: P-1810. Development of Avian and Human Influenza Analytical Reference Materials for Diagnostics and Surveillance
    Article Snippet: .. Figure 1: H5N1 qPCR data Figure 1: qPCR amplification curves generated with ATCC® VR-3436SDTM (subtype H5N1) (blue) and H5N1 gRNA (pink) using (A) a Hoffmann et al., 2016 assay targeting HA, and the (B) CDC Flu SC2 Multiplex assay targeting M. Figure 2: H5N6 qPCR data Figure 2: qPCR amplification curves generated with ATCC® VR-3439SDTM (subtype H5N6) using (A) a Hoffmann et al., 2016 assay targeting HA, and the (B) CDC Flu SC2 Multiplex assay targeting M. Methods. .. ATCC® developed a comprehensive suite of quantitative synthetic analytical reference materials (ARMs) for HPAI virus serotypes H5N1, H5N6, H7N7, H7N9, and H9N2; human influenza A virus serotypes H1N1, H3N2, and H1N1 2009 pandemic; and Influenza B virus strains.

    Article Title: P-1810. Development of Avian and Human Influenza Analytical Reference Materials for Diagnostics and Surveillance
    Article Snippet: .. Figure 1: H5N1 qPCR data Figure 1: qPCR amplification curves generated with ATCC® VR-3436SDTM (subtype H5N1) (blue) and H5N1 gRNA (pink) using (A) a Hoffmann et al., 2016 assay targeting HA, and the (B) CDC Flu SC2 Multiplex assay targeting M. Figure 2: H5N6 qPCR data Figure 2: qPCR amplification curves generated with ATCC® VR-3439SDTM (subtype H5N6) using (A) a Hoffmann et al., 2016 assay targeting HA, and the (B) CDC Flu SC2 Multiplex assay targeting M. H5N1 qPCR data Figure 1: qPCR amplification curves generated with ATCC® VR-3436SDTM (subtype H5N1) (blue) and H5N1 gRNA (pink) using (A) a Hoffmann et al., 2016 assay targeting HA, and the (B) CDC Flu SC2 Multiplex assay targeting M. H5N6 qPCR data Figure 2: qPCR amplification curves generated with ATCC® VR-3439SDTM (subtype H5N6) using (A) a Hoffmann et al., 2016 assay targeting HA, and the (B) CDC Flu SC2 Multiplex assay targeting M. .. ATCC® developed a comprehensive suite of quantitative synthetic analytical reference materials (ARMs) for HPAI virus serotypes H5N1, H5N6, H7N7, H7N9, and H9N2; human influenza A virus serotypes H1N1, H3N2, and H1N1 2009 pandemic; and Influenza B virus strains.

    Derivative Assay:

    Article Title: Heat shock-induced PI(4)P increase drives HSPA1A translocation to the plasma membrane in cancer and stressed cells through PI4KIII alpha activation
    Article Snippet: The PI(4)P-biosensor GFP-SidM-P4Mx2 was a gift from Tamas Balla (Addgene plasmid # 51472). .. For all experiments described in this study, we utilized HeLa cells derived from Henrietta Lacks (ATCC CCL-2), obtained from ATCC in December 2016 and verified biannually. ..

    Article Title: Identification and Regulation of a Hepatic Lipogenic Metabolon
    Article Snippet: .. Monoclonal antibodies were generated by fusion of Sp2/mIL-6 (CRL-2016; ATCC) mouse myeloma cells with splenic B lymphocytes derived from a female NZBWF1/J mouse injected with purified mouse ACC1 protein , . ..

    Bioprocessing:

    Article Title: Identification and Regulation of a Hepatic Lipogenic Metabolon
    Article Snippet: .. Monoclonal antibodies were generated by fusion of Sp2/mIL-6 (CRL-2016; ATCC) mouse myeloma cells with splenic B lymphocytes derived from a female NZBWF1/J mouse injected with purified mouse ACC1 protein , . ..

    Injection:

    Article Title: Identification and Regulation of a Hepatic Lipogenic Metabolon
    Article Snippet: .. Monoclonal antibodies were generated by fusion of Sp2/mIL-6 (CRL-2016; ATCC) mouse myeloma cells with splenic B lymphocytes derived from a female NZBWF1/J mouse injected with purified mouse ACC1 protein , . ..

    Purification:

    Article Title: Identification and Regulation of a Hepatic Lipogenic Metabolon
    Article Snippet: .. Monoclonal antibodies were generated by fusion of Sp2/mIL-6 (CRL-2016; ATCC) mouse myeloma cells with splenic B lymphocytes derived from a female NZBWF1/J mouse injected with purified mouse ACC1 protein , . ..

    Solvent:

    Article Title: Reimagining oil recovery: Sustainable downstream processing of oleaginous yeasts for food applications.
    Article Snippet: .. Solvent extraction of lipids from Y. lipolytica IFP29 (ATCC 20460) (using hexane) without any disruption resulted in an efficiency of only 14 wt% per total lipids (Breil et al., 2016) whereas when hexane extraction of lipids from Y. lipolytica JMY5289 was performed in combination with ball milling, the efficiency was 82 wt% per total lipids (Imatoukene et al., 2020). ..

    Disruption:

    Article Title: Reimagining oil recovery: Sustainable downstream processing of oleaginous yeasts for food applications.
    Article Snippet: .. Solvent extraction of lipids from Y. lipolytica IFP29 (ATCC 20460) (using hexane) without any disruption resulted in an efficiency of only 14 wt% per total lipids (Breil et al., 2016) whereas when hexane extraction of lipids from Y. lipolytica JMY5289 was performed in combination with ball milling, the efficiency was 82 wt% per total lipids (Imatoukene et al., 2020). ..

    Isolation:

    Article Title: The Alzheimer's disease risk genes MS4A4A and MS4A6A cooperate to negatively regulate TREM2 and microglia states.
    Article Snippet: Article The Alzheimer’s disease risk genes MS4A4A and MS4A6A cooperate to negatively regulate TREM2 and microglia states

    Electrofusion:

    Article Title: The Alzheimer's disease risk genes MS4A4A and MS4A6A cooperate to negatively regulate TREM2 and microglia states.
    Article Snippet: Article The Alzheimer’s disease risk genes MS4A4A and MS4A6A cooperate to negatively regulate TREM2 and microglia states

    HAT Assay:

    Article Title: The Alzheimer's disease risk genes MS4A4A and MS4A6A cooperate to negatively regulate TREM2 and microglia states.
    Article Snippet: Article The Alzheimer’s disease risk genes MS4A4A and MS4A6A cooperate to negatively regulate TREM2 and microglia states



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