Medicago truncatula      Droplet


※ Droplet introduction

    Interactions between diverse synthetic, multivalent macromolecules (including multi-domain proteins and RNA) produce sharp liquid-liquid-demixing phase separations, generating micrometre-sized liquid droplets in aqueous solution (1-2). In vitro phase separation assays with purified proteins have become the standard way to investigate proteins that form membrane-less compartments. By now, various proteins have been purified and tested for their ability to phase separate and form liquid condensates in vitro (3).

References
1. Li P., Banjade S., Cheng H.C., et al. (2012) Phase transitions in the assembly of multivalent signalling proteins. Nature, 483, 336-40. PMID: 22398450
2. Kato M., Han T.W., Xie S., et al. (2012) Cell-free formation of RNA granules: low complexity sequence domains form dynamic fibers within hydrogels. Cell, 149, 753-67. PMID: 22579281
3. Alberti S., Saha S., Woodruff J.B., et al. (2018) A User’s Guide for Phase Separation Assays with Purified Proteins. J. Mol. Biol., 430, 4806-4820. PMID: 29944854


There are 38 genes.  Reviewed (0 or Unreviewed (38

No.StatusDrLLPS IDEnsemble Gene IDUniProt AccessionGene Name
1
LLPS-Met-1477
MTR_4g103800
B7FN18
11407139
2
LLPS-Met-0159
MTR_3g031740
G7J0R5
11409261
3
LLPS-Met-2330
MTR_4g068320
G7JEY1
11412282
4
LLPS-Met-0293
MTR_8g104930
G7LAI2
11412894
5
LLPS-Met-2202
MTR_4g070080
G7JG67
11413934
6
LLPS-Met-2230
MTR_8g106220
G7LCD2
11415762
7
LLPS-Met-0333
MTR_4g063060
G7JTN9
11415929
8
LLPS-Met-1573
MTR_8g058420
G7LB86
11426059
9
LLPS-Met-0566
MTR_3g109090
G7J2U1
11433546
10
LLPS-Met-2220
MTR_5g097890
G7K4Y8
11433942
11
LLPS-Met-0715
MTR_5g023020
G7JYR7
11434004
12
LLPS-Met-2272
MTR_3g084040
G7JA80
11436305
13
LLPS-Met-0284
MTR_7g076800
G7L3J8
11436932
14
LLPS-Met-0615
MTR_4g077660
G7JRR9
11437746
15
LLPS-Met-1252
MTR_4g124940
G7JS74
11440736
16
LLPS-Met-2601
MTR_8g073580
G7L9D8
11443549
17
LLPS-Met-0179
MTR_4g081850
G7JF60
11445055
18
LLPS-Met-0263
MTR_4g085540
G7JK09
11445084
19
LLPS-Met-1135
MTR_4g127870
G7JVD3
11446762
20
LLPS-Met-1394
MTR_1g078040
A0A072VNF0
25484578
21
LLPS-Met-0591
MTR_1g097280
A0A072VPL6
25485016
22
LLPS-Met-1083
MTR_1g106005
A0A072VQC8
25485311
23
LLPS-Met-0927
MTR_1g112920
A0A072W2D6
25485640
24
LLPS-Met-0370
MTR_3g110405
A0A072V349
25490153
25
LLPS-Met-0147
MTR_4g104880
A0A072V0X9
25493711
26
LLPS-Met-0327
MTR_6g004020
A0A072U4Q0
25495079
27
LLPS-Met-0862
MTR_6g033535
A0A072U8J7
25495945
28
LLPS-Met-0842
MTR_6g047580
A0A072U8T6
25496400
29
LLPS-Met-1164
MTR_6g048250
A0A072UAX4
25496433
30
LLPS-Met-2577
MTR_6g080420
A0A072UM85
25496771
31
LLPS-Met-1621
MTR_6g080470
A0A072UB06
25496775
32
LLPS-Met-0079
MTR_7g085640
A0A072U1E4
25498984
33
LLPS-Met-2285
MTR_7g105250
A0A072U465
25499412
34
LLPS-Met-0641
MTR_8g019560
A0A072TY37
25500533
35
LLPS-Met-0852
MTR_8g028125
B7FJX5
25500767
36
LLPS-Met-0583
MTR_8g099785
A0A072TWL1
25502229
37
LLPS-Met-0709
MTR_4g005900
G7JVK2
MTR_4g005900
38
LLPS-Met-0352
MTR_7g085820
A5XEM2
RAN BP