https://padlet.com/kaitlynmatteo/wapf6958stqnjadc Made with good sequencing en-us 2021-10-01 20:50:59 UTC 2021-10-01 21:03:40 UTC hello@padlet.com kaitlynmatteo https://padlet.com/kaitlynmatteo/wapf6958stqnjadc/wish/1785103606 Tools for genomics include: 
- Databases such as NCBI, Refseq and UCSC 
- DNA/RNA purification techniques 
- PCR 
- Sanger/Capillary Sequencing 
- Phylogenetic Trees 
- Cladograms 
- mass spectrometers 
- gel electrophoresis 
- DNA/RNA sequencers

]]> 2021-10-01 20:50:59 UTC https://padlet.com/kaitlynmatteo/wapf6958stqnjadc/wish/1785103606 kaitlynmatteo https://padlet.com/kaitlynmatteo/wapf6958stqnjadc/wish/1785103607 Genomics provides key insight to both the structure and function of an organisms genome. In turn this provides critical information to researchers regarding: 
- genetic information about an organism 
- evolutionary relatedness between other organisms 
- mutations within a genome 
- possible causes to illnesses due to changes in the genome ]]> 2021-10-01 20:50:59 UTC https://padlet.com/kaitlynmatteo/wapf6958stqnjadc/wish/1785103607 kaitlynmatteo https://padlet.com/kaitlynmatteo/wapf6958stqnjadc/wish/1785103608 Microbiologists use genomics in a variety of ways. This includes:
- gene sequencing of an organism 
- determining and/or comparing genetic relatedness between organisms 
- insertion of genetic material into an organism

]]> 2021-10-01 20:50:59 UTC https://padlet.com/kaitlynmatteo/wapf6958stqnjadc/wish/1785103608 kaitlynmatteo https://padlet.com/kaitlynmatteo/wapf6958stqnjadc/wish/1785103609 Genomics is a field of biology the incorporates genome sequencing and bioinformatics to analyze the genome in question. This is applicable to all organisms in which the genome is sequenced and analyzed to determine: 
- structure function 
- genome mapping 
- evolution 
- genome editing ]]> 2021-10-01 20:50:59 UTC https://padlet.com/kaitlynmatteo/wapf6958stqnjadc/wish/1785103609