1 Although precise and highly accurate,
the method requires a considerable amount of DNA (3 mug
2 nd of the flow rate of the continuous phase;
the method requires a continuous phase liquid that has a
3 owerful scans with admixture mapping because
the method requires a dense map of validated markers kno
4 The method requires a high enough number of sequences, a
5 Use of
the method requires a minimum of assumptions.
6 The method requires a pathologist to differentiate healt
7 The method requires a PDB code, sometimes with a ligand
8 The method requires a silica-based monolithic column for
9 The method requires a simple sample preparation and only
10 The method requires a single hydrolysis/extraction/deriv
11 The method requires a single hydrolysis/extraction/deriv
12 The method requires a small amount of sample of approxim
13 roach is taken, and proper interpretation of
the methods requires a good understanding of the reagent
14 The method requires about a gram of olefin and a 5-10 mi
15 The method requires amounts of protein routinely used fo
16 Successful utilization of
the method requires an interdisciplinary consolidation o
17 The method requires approximately 20 ng of DNA per assay
18 The entire process for
the method requires approximately 60 min and utilizes mi
19 The method requires as few as 8,000 cytometry-fractionat
20 The method requires experimentally measured ligand intra
21 The method requires extremely small amounts of protein (
22 From a collection of samples,
the method requires,
for each sample, a HPLC-MS analysis
23 The method requires minimal amount of material.
24 The method requires minimal sample preparation and is ro
25 The method requires minimal sample, and it can be perfor
26 The method requires multiple shifts of the diffraction g
27 Critically,
the method requires neither a separate expensive trainin
28 The method requires no addition of reagents and can be u
29 The method requires no derivatization steps or sample ex
30 The method requires no explicit accounting for bond type
31 The method requires no external heating and benefits fro
32 The method requires no metals, photocatalysts, or additi
33 The method requires no more genotypings than pedigree me
34 The method requires no more than 100 kb of training sequ
35 The method requires no organic dispersive solvent and is
36 Unlike commonly used N-oxide chemistry,
the method requires no preoxidation of the azaarene and
37 The method requires no reverse transcription step.
38 The method requires no special treatment of family data
39 The method requires no training data and is robust with
40 The method requires not only evolutionary conservation o
41 The method requires nothing more than running an enzyme
42 The method requires only 0.5 ml of urine and approximate
43 any non-repeat portion of the genome, while
the method requires only a basic familiarity with microa
44 The method requires only a corpus of documents and an in
45 Furthermore,
the method requires only a small amount of processing po
46 interference with Rayleigh waves occurs, and
the method requires only an approximate estimate of the
47 The method requires only five linear steps and is devoid
48 The method requires only incubation followed by fluoresc
49 The method requires only modest imaging capabilities and
50 The method requires only small culture volumes and propr
51 The method requires only that the expressed gene or prom
52 The method requires only the 3D structure of the query p
53 The method requires only the measurement of the (1)H che
54 The method requires only three PCRs and two GeneScan run
55 The method requires only Z-scores from conventional GWAS
56 The method requires only ~30 ng of poly(A) or rRNA-deple
57 Application of
the method requires prior generation of a plasmid coding
58 Most notably,
the method requires relatively long assay times and cann
59 The method requires relatively small samples; solutions
60 because of the sensitivity of fluorescence,
the method requires several orders of magnitude less mat
61 The method requires small amounts of starting DNA (250 n
62 The method requires targeted bulk loading of synthetic c
63 The method requires that a blood draw be made at a prede
64 The method requires that researchers measure and adjust
65 In addition,
the method requires that the indicators have large dynam
66 The method requires that the particles consist of differ
67 The method requires the adjacent binding of upstream and
68 However,
the method requires the evaluation of integrals with no
69 The method requires two transition states, two product g
70 Implementation of
the method requires up to 1 week, and material preparati