Font Size:
a
A
A
Keyword [fragments]
Result: 21 - 40 | Page: 2 of 8
21.
AFLP Fingerprinting Analysis Of Pleurotus Ostreatus And Sequence Identification Of The Polymorphic AFLP Fragments
22.
Two Gene Constructs Contained Different Fragments Of SV40T And Establishment Of Transgenic Mouse
23.
Maize Uroporphyrinogen Methyltransferase: Overexpression Of Different Gene Fragments, Purification And Partial Properties
24.
Construction Genomic Library Of Extremely Thermophilic Anaerobic Bacterium BANG 2(Cadicellulo Siruptor BANG 2) And Cloning Of Endoglucanase Gene Fragments
25.
Properties Of Contraction Critical 5-Connected Graphs
26.
Boundary Curve Extration Of Three-Dimensional Broken Fragments
27.
Nematode Diversity Of Qingdao Coast Determined By PCR Retrieving And Sequencing Of 18S Ribosomal RNA Gene Fragments
28.
Cloning And Expression Of Bacterial Peptidases DNA Fragments From Impure Culture
29.
Spectral Studies On The Interaction Of Truncated Euplotes Octocarinatus Centrins With Metal Ions
30.
In Vivo Electrophysiological Study On The Induction Of Hippocampal Long-term Depression (LTD) And Its Modulation By Amyloid β-protein Fragments In Rats
31.
Construction, Expression, Purification And Function Of Single Chain Variable Fragments (ScFv) Against Human CD28 Antigen
32.
Screening And Expression Of Humanized Single Chain Fragments Of Antibody Against GSH
33.
Studies On Expression And Immunity Of Helicobacter Pylori UreB Gene And Its Fragments
34.
Construction Of ScFv Phage Antibody Library Against Milbemycin Oxime
35.
Screening Of Bacterial Laccase Strain And Cloning Of Laccase Gene Fragments
36.
End With Smaller Cardinality And Atom In Contraction-Critical K-Connected Graphs
37.
K Contractible Edges In K Connected Graphs
38.
The New Lower Bound Of The Number Of Vertices Of Degree 5 And Trivially Noncontractible Edges In Contraction Critical 5 Connected Graphs
39.
The New Lower Bound Of The Number Of Vertices Of Degree 6 In Contraction Critical 6 Connected Graphs
40.
Contractible Edge And Contractible Cycle In K Connected Graph
<<First
<Prev
Next>
Last>>
Jump to