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Are German music-based radio stations really converging and offering the same kind of content? Is there actually no difference between the stations? Do their content and music really appeal to their target group? And does the perfect flow of music exist? ‘German-Format Radio Analysis’ is written for scheduling and music managers and goes deep into radio research and programming. It focuses on content and flow and presents new methods of analysing rotations and flows of music. The author, Harald Heckl, has been an employee at different radio stations for decades and is known as a critic of decreasing content on the radio and of computer-based music programming. Existieren „Einheitsbrei“ und Konvergenz in deutschen Musikradios wirklich? Besteht wirklich kaum noch ein Unterschied zwischen den Sendern? Wie gut sind die Inhalte auf die Zielgruppen abgestimmt? Und: Ist der Musikfluss eines Hörfunksenders wirklich ein „Bester Mix“? Der Band richtet sich an Expertinnen und Experten aus Wissenschaft und Praxis, besonders an Programmverantwortliche von Radiosendern. Der Fokus der Analyse liegt dabei auf Inhalt und Musikfluss. Neu an der Studie ist dabei die Auswertung der Musikrotationen auf ihren „Flow“. Der Autor Harald Heckl ist seit vielen Jahren Mitarbeiter verschiedener Hörfunksender und steht der Reduzierung des Inhalts und computergestützten Berechnungen von Musikrotationen kritisch gegenüber.

JFDT --- Journalismus, Medien, Moderator, News, Qualität, Staatsvertrag, journalists, programmer, music editor, format, program managers, programming, radio, content, analysis, flow, music flow, music, Musikfluss, Dudelfunk, Einheitsbrei, Programmanger, Popmusik, Musikanalyse, Taktik, Senderprogrammierung, Untersuchung, Hörfunkanalyse, DASDING, bigFM, Antenne Bayern, Bayern 1, Bayern 3, Arabella, Bayern, Hörfunk, Radio, convergence, Konvergenztheorie, Konvergenz --- Journalismus, Medien, Moderator, News, Qualität, Staatsvertrag, journalists, programmer, music editor, format, program managers, programming, radio, content, analysis, flow, music flow, music, Musikfluss, Dudelfunk, Einheitsbrei, Programmanger, Popmusik, Musikanalyse, Taktik, Senderprogrammierung, Untersuchung, Hörfunkanalyse, DASDING, bigFM, Antenne Bayern, Bayern 1, Bayern 3, Arabella, Bayern, Hörfunk, Radio, convergence, Konvergenztheorie, Konvergenz

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Are German music-based radio stations really converging and offering the same kind of content? Is there actually no difference between the stations? Do their content and music really appeal to their target group? And does the perfect flow of music exist? ‘German-Format Radio Analysis’ is written for scheduling and music managers and goes deep into radio research and programming. It focuses on content and flow and presents new methods of analysing rotations and flows of music. The author, Harald Heckl, has been an employee at different radio stations for decades and is known as a critic of decreasing content on the radio and of computer-based music programming. Existieren „Einheitsbrei“ und Konvergenz in deutschen Musikradios wirklich? Besteht wirklich kaum noch ein Unterschied zwischen den Sendern? Wie gut sind die Inhalte auf die Zielgruppen abgestimmt? Und: Ist der Musikfluss eines Hörfunksenders wirklich ein „Bester Mix“? Der Band richtet sich an Expertinnen und Experten aus Wissenschaft und Praxis, besonders an Programmverantwortliche von Radiosendern. Der Fokus der Analyse liegt dabei auf Inhalt und Musikfluss. Neu an der Studie ist dabei die Auswertung der Musikrotationen auf ihren „Flow“. Der Autor Harald Heckl ist seit vielen Jahren Mitarbeiter verschiedener Hörfunksender und steht der Reduzierung des Inhalts und computergestützten Berechnungen von Musikrotationen kritisch gegenüber.

Journalismus, Medien, Moderator, News, Qualität, Staatsvertrag, journalists, programmer, music editor, format, program managers, programming, radio, content, analysis, flow, music flow, music, Musikfluss, Dudelfunk, Einheitsbrei, Programmanger, Popmusik, Musikanalyse, Taktik, Senderprogrammierung, Untersuchung, Hörfunkanalyse, DASDING, bigFM, Antenne Bayern, Bayern 1, Bayern 3, Arabella, Bayern, Hörfunk, Radio, convergence, Konvergenztheorie, Konvergenz

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Genomics technologies revolutionised biomedicine research, but the genome alone is not sufficient to capture biological complexity. Postgenomic methods, typically based on mass spectrometry, comprise the analysis of metabolites, lipids, and proteins and are an essential complement to genomics and transcriptomics. Multidimensional omics is becoming established to provide accurate and comprehensive state descriptions. This book covers the latest methodological developments for, and applications of integrative multi-omics in biomedical research.

Research & information: general --- Biology, life sciences --- target identification --- target validation --- label-free method for drugs --- anti-angiogenesis --- mechanism of action --- receptor tyrosine kinases --- curcumin --- natural products --- lipid --- lipidomics --- cardiac metaplasia --- Barrett's esophagus --- esophageal adenocarcinoma --- microbiota --- DNA sensing --- IFI16 --- cGAS --- innate immunity --- protein interactions --- virus-host interactions --- post-translational modifications --- mass spectrometry --- proteomics --- transcriptomics --- multi-omics --- multi-omics analysis --- study design --- bioinformatics --- machine learning --- analysis flow --- metabolomics --- planned myocardial infarction (PMI) --- myocardial infarction (MI) --- exercise --- heart --- cheminformatics --- batch variations --- eicosanoids --- fetal calf serum --- peroxisomes --- host-pathogen interactions --- secretome --- macrophages --- acute myeloid leukemia --- HL-60 cell line --- ATRA --- induced differentiation --- transcriptome --- proteome --- transcription factors --- key molecules --- regulatory pathway modelling --- SRM --- endometriosis --- inflammation --- target identification --- target validation --- label-free method for drugs --- anti-angiogenesis --- mechanism of action --- receptor tyrosine kinases --- curcumin --- natural products --- lipid --- lipidomics --- cardiac metaplasia --- Barrett's esophagus --- esophageal adenocarcinoma --- microbiota --- DNA sensing --- IFI16 --- cGAS --- innate immunity --- protein interactions --- virus-host interactions --- post-translational modifications --- mass spectrometry --- proteomics --- transcriptomics --- multi-omics --- multi-omics analysis --- study design --- bioinformatics --- machine learning --- analysis flow --- metabolomics --- planned myocardial infarction (PMI) --- myocardial infarction (MI) --- exercise --- heart --- cheminformatics --- batch variations --- eicosanoids --- fetal calf serum --- peroxisomes --- host-pathogen interactions --- secretome --- macrophages --- acute myeloid leukemia --- HL-60 cell line --- ATRA --- induced differentiation --- transcriptome --- proteome --- transcription factors --- key molecules --- regulatory pathway modelling --- SRM --- endometriosis --- inflammation

Choose an application

• Reference Manager
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Genomics technologies revolutionised biomedicine research, but the genome alone is not sufficient to capture biological complexity. Postgenomic methods, typically based on mass spectrometry, comprise the analysis of metabolites, lipids, and proteins and are an essential complement to genomics and transcriptomics. Multidimensional omics is becoming established to provide accurate and comprehensive state descriptions. This book covers the latest methodological developments for, and applications of integrative multi-omics in biomedical research.

Research & information: general --- Biology, life sciences --- target identification --- target validation --- label-free method for drugs --- anti-angiogenesis --- mechanism of action --- receptor tyrosine kinases --- curcumin --- natural products --- lipid --- lipidomics --- cardiac metaplasia --- Barrett’s esophagus --- esophageal adenocarcinoma --- microbiota --- DNA sensing --- IFI16 --- cGAS --- innate immunity --- protein interactions --- virus–host interactions --- post-translational modifications --- mass spectrometry --- proteomics --- transcriptomics --- multi-omics --- multi-omics analysis --- study design --- bioinformatics --- machine learning --- analysis flow --- metabolomics --- planned myocardial infarction (PMI) --- myocardial infarction (MI) --- exercise --- heart --- cheminformatics --- batch variations --- eicosanoids --- fetal calf serum --- peroxisomes --- host-pathogen interactions --- secretome --- macrophages --- acute myeloid leukemia --- HL-60 cell line --- ATRA --- induced differentiation --- transcriptome --- proteome --- transcription factors --- key molecules --- regulatory pathway modelling --- SRM --- endometriosis --- inflammation --- n/a --- Barrett's esophagus --- virus-host interactions