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Alex Gobbi
Gæsteforsker
,
Institut for Plante- og Miljøvidenskab
,
Microbial Ecology and Biotechnology
https://orcid.org/0000-0003-3541-4732
Fastnet
+4535335706
E-mail
alex.gobbi
plen.ku
dk
Websted
https://plen.ku.dk/forskning/mikrobiel-oekologi-og-bioteknologi/
Thorvaldsensvej 40
1871
Frederiksberg C
2016
2019
Publikationer pr. år
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(4)
Lignende profiler
(6)
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Dyk ned i forskningsemnerne, hvor Alex Gobbi er aktive. Disse emneetiketter kommer fra dennes persons arbejder. Sammen danner de et unikt fingerprint.
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Keyphrases
Microbial Community Structure
100%
Whole Metagenome Sequencing
75%
Corvina
75%
Quantitative PCR
75%
Phyllosphere
75%
Sampling Methods
75%
Bead Width
75%
Esca
75%
Soil Core
75%
Quantitative Evaluation
75%
DNA Extraction
75%
Bacterial Community Composition
75%
Genetic Pool
75%
Qualitative Evaluation
75%
Vitis Vinifera
75%
DNA Recovery
50%
Commercial Products
50%
Withering Process
45%
Grapevine Wood
32%
Microbiome
30%
Customization
24%
PCR Inhibition
24%
Deep Soil Layers
24%
Taxonomic Composition
24%
Soil Matrix
24%
Beta Diversity
24%
Bacterial Community
24%
DNA Extraction Efficiency
24%
Downstream Analysis
24%
Microbial Characterization
24%
Clay Particles
24%
Alpha Diversity
24%
Clayey Soil
24%
Raising Awareness
24%
Soil DNA Extraction
24%
DNA Sequencing
24%
Environmental DNA (eDNA)
24%
Biodiversity
24%
Lysis
24%
Molecular Analysis
24%
Alternaria
15%
Microbial Diversity
15%
Grape Withering
15%
Amarone
15%
Italian Wine
15%
Mediterranean Region
15%
Taxa Abundance
15%
Microbiome Variation
15%
Bacterial Genera
15%
Pseudomonadaceae
15%
Agricultural and Biological Sciences
Microbial Community
90%
Grape
75%
Bacterial Communities
75%
DNA Extraction
75%
Real-Time Polymerase Chain Reaction
75%
Genetic Divergence
75%
Genetic Variability
75%
Phyllosphere
75%
Vitis vinifera
75%
Microbiome
56%
Cultivar
56%
Acinetobacter
18%
Pantoea
18%
Aspergillus
18%
Sphingomonas
18%
Amplicon
18%
Inonotus hispidus
18%
Fomitiporia
18%
Eutypa
18%
Internal Transcribed Spacer
18%
Ribosomal RNA
18%
Pseudomonas
18%
Plant Genetics
18%
Alternaria
18%
Aureobasidium
18%
Biodiversity
15%
Immunology and Microbiology
Real-Time Polymerase Chain Reaction
75%
DNA Extraction
75%
Enhancer Region
75%
Eurotiomycetes
50%
DNA RNA Hybridization
30%
Pseudomonadaceae
24%
Erwinia
24%
Lactobacillales
24%
Mycosphaerella
18%
Aureobasidium
18%
Awareness
15%
RNA Extraction
15%
Biodiversity
15%
DNA Sequence
15%