Jedrzej Sadowski
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1983
Born on 1983-08-09, Gdansk
2008
Graduated The Faculty of Law and Administration of the University of Gdansk
2016
Ph.D. student from the Institute of Legal Sciences of the Polish Academy of Sciences (Warsaw): theoretical and empirical studies on the legal risk of crypto-assets and their regulatory environment

Skills

legal science
- designing legislative vehicles for addressing cannabis R&D and medicinal access in Poland (co-author of medical cannabis regulation in Poland that came into force in 2017)
- providing a scientific background in litigations under UE food law, UE pharmaceutical law, financial law - for public and private entities
- designing and implementing business management and control measures (systems) for manufacturing and R&D licenses for companies in regulated markets
professional
auditor, training provider, legal intelligence services; The project manager or chief consultant in minor ventures of the Bioinfobank Group (since 2013).
mental
Pays a lot of attantion to details. Shall not engage or be engaged in any legal disputes in public institutions - on the level below appeal courts or state prime minister; in business companies - below the board members level. Lousy seller.

Genome, lost genes (pLoF mutations) SNP,INDEL

Genome, clinical annotations (only pathogenic and protective clinvar mutations) SNP,INDEL

chr: chromosome; position: position in chromosome (using Hg38 coordinates); dbsnpid: id of variant (mutation); found: this variant found in so many genomes in this database; who: max 10 genomes with this variant from this database sorted by similarity; freq: (max) frequency of this variant in public databases; homozygous: variant in both copies of the genome; gene: gene name; effect and description: description from clinvar database; note: variants with high frequency in public (freq) or this database; comment: Clinical annotations will change a lot in the future! Annotation of lost genes may not change.

Circo


The outer concentric ring is chromosomal information; The second ring represents the read coverage in histogram style. A histogram is the average coverage of a 0.5Mbp region; The third ring represents indel density in scatter style. A black dot is calculated as indel number in a range of 1Mbp/1Mbp); The fourth ring represents snp density in scatter style. A green dot is calculated as snp number in a range of 1Mbp/1Mbp); The fifth ring represents the proportion of homozygous SNP (orange) and heterozygous SNP (grey) in histogram style. A histogram is calculated from a 1Mbp region; The sixth ring represents the CNV inference. Red means gain, and green means loss; The most central ring represents the SV inference in exonic and splicing regions. If SV is called using breakdancer or crest, then CTX (orange), INS (green), DEL (grey), ITX (pink) and INV (blue). If SV is called using delly, then TRA (orange), INS (green), DEL (grey), DUP (pink) and INV (blue);

Similar genomes (max total of 3704046 used for caculating match%)

who (max 20)matchtotalmatch%
2438230369300366.02%
2437560370138665.86%
2436856370128965.84%
2436786369999265.86%
2436337369816765.88%
2433664368635366.02%
2433537370167565.74%
2433209369269565.89%
2432792370005765.75%
2432186369317965.86%
2432171368928565.93%
2431883370509365.65%
2431693370462065.65%
2431378368767165.93%
2431304370089165.70%
2431275368259266.02%
2425932366837466.13%
2425541389196965.48%
2425476367995565.91%
2425160368680465.78%

who: maximum 20 most similar genomes in this database sorted by number of common SNP variants; match: number of common SNP variants; total: total number of SNP variants in similar genome; match: similarity = (common variants)/min(total variants in tested or similar genome);

Statistics

sequencing quality
Raw reads4737697
Raw data(G)99.85
Effective(%)0.04
Error(%)93.59
Q20(%)85.40
Q30(%)42.70
GC(%)42.75
mapping, coverage and depth
Total1407255890 (100%)
Duplicate166166478 (19.69%)
Mapped843992236 (59.97%)
Properly mapped826312222 (58.72%)
PE mapped841231008 (59.78%)
SE mapped5522456 (0.39%)
With mate on different chr10568766 (0.75%)
-''- and ((mapQ>=5))6580820 (0.47%)
Average_sequencing_depth42.22
Coverage99.80%
Coverage_at_least_4X99.58%
Coverage_at_least_10X99.15%
Coverage_at_least_20X96.05%
number of SNPs
CDS23773
synonymous_SNP11883
missense_SNP11454
stopgain100
stoploss18
unknown327
intronic1290502
UTR327104
UTR56206
splicing92
ncRNA_exonic14187
ncRNA_intronic224985
ncRNA_splicing68
upstream23819
downstream24767
intergenic2190569
Total3827081
feature of SNPs
Total3827081
Het2363241
Hom1463840
transition2555049
transvertion1272032
ts/tv2.01
dbSNP percentage3693202 (96.50%)
novel133879
novel ts73762
novel tv60117
novel ts/tv1.23
number of InDels
CDS674
frameshift_deletion160
frameshift_insertion121
nonframeshift_deletion187
nonframeshift_insertion185
stopgain10
stoploss1
unknown16
intronic310053
UTR37023
UTR51063
splicing54
ncRNA_exonic2025
ncRNA_intronic51293
ncRNA_splicing11
upstream5845
downstream6467
intergenic462129
Total846882
feature of InDels
Total846882
Het535193
Hom311689
dbSNP percentage744605 (87.92%)
novel102277
structural variants
DUP1554
INV788
INS93
DEL4364
BND1553
copy number variants
gain_count112
gain_size2268000
loss_count150
loss_size1817000
total_count262
total_size4085000
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