Strand Length TONSL vs Primary Description foldchange log2FC PValue log2FPKM Raw counts FDR 5812 EYA transcri 3604.4176 11.81555 2.85E-284 5847 polypeptide 1099.1348 10.102153 4.99E-95 2717 ISL LIM hom 847.28604 9.7267053 1.49E-77 2823 inositol hexa 791.81993 9.6290286 8.59E-75 1078 ZFPM2 antis 726.06516 9.5039552 2.36E-69 2228 p53-induced 608.11897 9.2482098 1.2E-267 4983 hippocalcin 456.80467 8.8354336 4.56E-44 6846 cut like hom 384.39701 8.5864533 3.782E-39 3747 lipoprotein li 367.82505 8.5228759 2.41E-37 4132 neurotensin 346.01397 8.4346865 1.09E-117 3036 homeobox B 299.68622 8.2273089 4.24E-31 838 fatty acid bir 278.67084 8.1224182 3.13E-94 2805 carboxypept 277.74252 8.1176043 1.11E-252 3126 SHC binding 259.38227 8.0189361 1.16E-26 2465 SAM domain 239.98475 7.9067989 4.70E-123 6698 uncharacter 238.77865 7.89953 1.36E-24 785 colony stimu 236.26536 7.8842643 5.56E-25 3564 SPARC (osted 229.13316 7.8400424 2.31E-77 5354 dihydropyrin 226.52461 7.823524 1.01E-23 3496 coiled-coil do 220.17798 7.7825264 5.61E-134 397 metallothion 219.35572 7.7771285 7.71E-23 2785 gamma-ami 217.6387 7.7657913 4.81E-22 8527 neural cell a 215.16056 7.7492699 6.93E-23 9270 janus kinase 212.64257 7.7322866 1.62E-22 2795 colon cancer 197.98603 7.6292548 1.16E-192 5426 retrotranspo 194.05707 7.6003372 9.75E-21 2231 vestigial like 184.90298 7.5306247 2.024E-19 835 long interge 184.50034 7.5274797 5.48E-20 7477 NACHT and 176.87488 7.4665854 9.81E-60 4680 meiosis spec 168.78924 7.3990791 2.12E-17 3389 long interge 167.96708 7.3920347 2.505E-18 3429 coagulation 164.74515 7.3640922 5412 cilia and flag 162.17956 7.3414482 642 ADP ribosyla 161.14218 7.3321904 323 cancer susce 154.37541 7.2702992 KTB_103_pr KTB103_prir KTB103_prir KTB_103_TC KTB_103_TC KTB_103_TCKTB_103_pr KTB103_prir KTB103_prir KTB_103_TC KTB_103_TC KTB_103_TONSL-F_S22 1.55E-282 -9.3129082 -9.3129082 -9.3129082 1.4648813 1.5160533 1.5272297 0 0 0 500 557 5.49E-94 -9.32157 -9.32157 -9.32157 -0.0733843 -0.3162863 -0.2790863 1.33E-76 -8.215888 -8.215888 -8.215888 0.631853 0.3966124 0.4940631 7.38E-74 -8.2711026 -8.2711026 -8.2711026 0.4262034 0.3831127 0.2707696 1.87E-68 -6.8822306 -6.8822306 -6.8822306 1.5912286 1.7160924 1.5676387 5.95E-266-7.9296227 -4.7142693 -7.9296227 2.9934394 3.2481759 3.2192825 2.38E-43 -9.090888 -9.090888 -9.090888 -1.1241791 -1.4468333 -1.2171597 1.792E-38 -9.5491347 -9.5491347 -9.5491347 -1.975471 -1.9613751 -1.9412599 1.10E-36 -8.6796094 -8.6796094 -8.6796094 -1.0796112 -1.2430199 -1.1466266 1.53E-116 -6.2563842 -8.8207137 -8.8207137 0.5240714 0.6412797 0.7507498 1.66E-30 -8.3760452 -8.3760452 -8.3760452 -1.1290682 -1.181848 -1.125163 3.41E-93 -6.5188956 -6.5188956 -3.9634506 2.7864228 2.5182696 2.5766006 4.89E-251 -4.824966 -5.8989967 -5.7064293 2.602651 2.6864677 2.481924 4.07E-26 -8.4181912 -8.4181912 -8.4181912 -1.4660267 -1.5624062 -1.1988073 6.92E-122 -8.0754611 -4.8601077 -8.0754611 1.840504 1.6763788 1.4771684 4.48E-24 -9.5176038 -9.5176038 -9.5176038 -2.8844576 -2.4008619 -2.578528 1.86E-24 -6.424638 -6.424638 -6.424638 0.3993354 0.5234777 0.475236 2.06E-76 -8.6073708 -8.6073708 -6.0519258 0.1260692 0.4506639 0.2011305 3.26E-23 -9.1944906 -9.1944906 -9.1944906 -2.326509 -2.5992509 -2.21725 9.24E-133 -8.5795786 -8.5795786 -5.1523782 1.0913564 1.0728451 0.9667178 2.43E-22 -5.4410844 -5.4410844 -5.4410844 1.382889 1.035158 1.5361562 1.49E-21 -8.2515508 -8.2515508 -8.2515508 -1.1444625 -1.5463855 -1.8165229 2.19E-22 -9.8659117 -9.8659117 -9.8659117 -3.0419383 -3.0586068 -3.2266579 5.07E-22 -9.9864428 -9.9864428 -9.9864428 -3.0757558 -3.3912031 -3.3003502 3.13E-191 -5.6923922 -4.5091346 -8.2567217 2.0109594 2.2237047 2.0842599 2.88E-20 -9.2137625 -9.2137625 -9.2137625 -2.7423719 -2.4064576 -2.6730109 5.761E-19 -7.931564 -7.931564 -7.931564 -1.2482929 -1.1744252 -1.8006939 0 0 0 173 0 0 0 131 160 127 0 0 0 118 113 0 0 0 101 106 0 2 0 553 690 0 0 0 71 0 0 0 54 0 0 0 55 1 0 0 185 231 0 0 0 43 0 0 1 180 166 2 1 1 531 521 0 0 0 35 0 2 0 275 228 0 0 0 28 0 0 0 32 0 0 1 121 0 0 0 33 0 0 2 232 0 0 0 32 0 0 0 39 0 0 0 32 0 0 0 34 1 3 0 351 0 0 0 25 0 0 0 29 4.42E-80 5.75E-16 2.854E-17 1.68E-16 1.59E-19 -6.5137216 -6.5137216 -6.5137216 0.0674955 0.023246 -0.0248636 6.66E-59 -7.1120034 -9.676333 -9.676333 -1.4341127 -1.0221177 5.66E-17 -9.000382 -9.000382 -9.000382 -2.5289914 -2.1930771 -3.1695305 6.881E-18 -8.5347331 -8.5347331 -8.5347331 -2.0073844 -2.257696 -2.155622 4.09E-79 -5.9873318 -6.1887839 -8.5516614 0.9126174 0.3763727 0.6116177 1.46E-15 -9.2100353 -9.2100353 -9.2100353 -3.3733841 -3.2502828 -2.2709594 7.575E-17 -6.1345187 -6.1345187 -6.1345187 -0.2118904 0.5167305 0.2445925 0 0 0 27 -1.109217 1 0 0 86 0 0 0 25 0 0 0 26 1 1 0 201 0 0 0 16 0 0 0 17 4.36E-16 -5.1434795 -5.1434795 -5.1434795 1.1457019 1.5077697 0.6873719 0 0 0 22 322222222222222222 136 227 394 127 174 ཥ ཥེ ཀྐ 8 8 ང ཆ 8ཀྐུཊྛཝ8 8 བྷ ཀྐུ ཙྪཱུ སྐུ ཊུ➢g➢མཎྜ»བཌ 71 59 56 46 45 37 36 38 38 26 30 31 28 21 27 115 17 25 37 25 17 GeneSymbol Chr EYA4 GALNT13 ISL1 IP6K3 HPCAL4 CUX2 LPL NTSR1 HOXB13 FABP4 CPVL Gene information End Start chr6;chr6;ch 133241357;: 133241749;:- chr2;chr2;ch 153871898;: 153872303; chr5;chr5;ch 51383124;5:51383699;5: chr6;chr6;ch 33721666;3:33723187;3: ZFPM2-AS1 chr8;chr8;ch 105780410;: 105780567;:- PINCR chrX;chrX;ch 43176994;4:43177205;4: +;+ chr1;chr1;ch 39678648;3:39682733;3 chr12;chr12 111034024;: 111034240;: chr8;chr8;ch 19939071;1: 19939528;1- chr20;chr20 62708837;6:62709921;6: +;+;+;+ chr17;chr17 48724765;448727043;4(-;- chr8;chr8;ch 81478497;8: 81478915;8:---- chr7;chr7;ch 28995231;228995882;21-;-;-;-) LOC1004205 chr19;chr19; 28435389;228436815;2-;-;-;- SAMSN1 chr21;chr21; 14485228;1414486114;14- LOC642366 chr5;chr5 51372737;5:51379075;5:-;- CSF2 SPOCK3 DPYSL5 CCDC178 MT1A GABRA3 NCAM1 JAKMIP2 CCAT1 RTL9 VGLL2 chr5;chr5;ch 132073792;: 132073982; +;+;+;+ chr4;chr4;ch 166733385;: 166735090;-;-; chr2;chr2;ch 26848101;2(26848254;2( +;- chr18;chr18 32937402;3:32938091;31--- chr16;chr16:56638666;5(56638766;5(+;+;+ chrX;chrX;ch 152167162;:152168563;-;-;- chr11;chr11 112961247; 112961664; chr5;chr5;ch 147585441;: 147591686;: chr8;chr8 127207382;:127209717;-;- chrX;chrX;ch 110419057;: 110419135;: +;+;+;+ chr6;chr6;ch 117265558;: 117265844;: +;+;+; LINC01704 chr1;chr1;ch 158132044;: 158132656;-;- NWD2 chr4;chr4;ch 37245068;3137245218;31 MEIOC chr17;chr17 44656394;4444656682;44 +;+ LINC00299 chr2;chr2;ch 8007771;80( 8008759;80( F2RL2 CFAP74 ARL14EPL CASC19 chr5;chr5;ch 76615482;7(76618642;7(-;-;-;- chr1;chr1;ch 1921951;19: 1922388;191----- chr5;chr5;ch 116051466;: 116051561;:+;+;+ chr8;chr8;ch 127187786;: 127187884;-;-;-

If only the first five loci listed in Table 1 of the assigned paper  (Forensics, DNA Fingerprinting, and CODIS) were analyzed, what would be the statistical probability of finding that particular genotype among people other than Suspect B? SHOW YOUR WORK!   Hint: Multiply together the frequencies of the individual STR genotypes to obtain the overall profile frequency.

Question 2/28 > NEXT A BOOKMARK e: Green Peas are dominate over yellow peas. G = Green, g =Yellow. Place the correct genotypes in the Punnett Square below: DROP THE ANSWER GG Gg Gg g

Ancestry estimation never results in the misidentification of individuals from mixed populations and groups that have scarce representation in forensic databases.   A.True B. False

In a controlled experiment, all of the variables are kept the same in order to be consistent. There is only one variable that is changed for these kinds of studies, and it is known as the  __________ ___________ (2 words).

Upon comparing the mass of Fuji apples grown on two farms in Georgetown, KY--one using organic fertilizer and a neighboring farm using commercial fertilizer, the a research program commissioned by the USDA finds that the mean mass of organically and commercially grown apples are 224.2 g and 224.6 g, respectively. The standard error for both means is 0.015 g. The statistical test obtained by comparing the mass of several thousand apples from each farm (organic: 6,000, commercial: 78,000) produced a p-value of 0.001. What is correct interpretation of the results? The apples from the non-organic apples tend to be heavier than organic apples. There is no discernible difference in the mass of apples grown on both farm; this is supported by the statistically significant P-vale of 0.001. O Apples from the commercial farm were heavier than those from the organic farm, and this difference is statistically significant. O The difference in mass of apples from the two farms is negligible.

I have a large number for my standard deviation. What does this tell me about the variability in my data? Select one: the variability is just right the variability is low the variability is high more data is needed

Use this information to answer the next two questions. Multiple alleles control the coat colour of rabbits. ● The dominant allele, C, produces grey colour. The Coh allele produces silver grey (chinchilla) colour when homozygous. The Challele is recessive to both the full colour allele and the chinchilla allele. ● ● The Challele produces a white colour with black extremities (Himalyan) The Ca allele is recessive to all other alleles, and produces no pigment (albino). The dominance hierarchy is C> Cch > Ch > Ca. The table below provides the possible genotypes and phenotypes for coat colour in rabbits. Notice that four genotypes are possible for full-colour but only one for albino. Phenotypes Full Colour Chinchilla Light grey Himalayan Albino JUL Genotypes CC, CCch, Cch, CCª Cch Coh Question 2 (2.5 points) In the first cross, a rabbit with the chinchilla coat colour is mated to a rabbit with a Himalavan coat colour that is known to be homozygous for this trait Calculate the 25 tv MIZA…

Though initially a promising technique, DNA profiling has had limited use in determining innocence and guilt of individuals in criminal cases. Group of answer choices True or False

A coin and a die are tossed. Find the probability of get a head on the coin and a 4 on the die.