Difference between revisions of "Part:BBa K2332312"

Revision as of 09:00, 26 October 2017

E-cadherin (Preproprotein, Mus Musculus)

E-cadherin (Preproprotein, Mus Musculus)
Function	Cell-Cell Adhesion
Use in	Mammalian cells
Chassis Tested	Chinese Hamster Ovary (CHO)
Abstraction Hierarchy	Part
Related Device	BBa_K2332313
RFC standard	RFC10 & RFC23 compatible
Backbone	pSB1C3
Submitted by	[http://2017.igem.org/Team:UCL UCL iGEM 2017]

This gene encodes E-cadherin, a calcium-dependent cell adhesion molecule that functions in the establishment and maintenance of epithelial cell morphology during embryongenesis and adulthood. The encoded preproprotein undergoes proteolytic processing to generate a mature protein.

Cell-cell junctions come in many forms and can be regulated by a variety of different mechanisms. The best understood and most common are the two types of cell-cell anchoring junctions which employ cadherins to link the cytoskeleton of one cell with that of its neighbour. Their primary function is to resist the external forces that pull cells apart. At the same time, however, they need to dynamic and adaptable, so that they can be altered or rearranged when tissues are remodelled or repaired or when there are changes in the forces acting on them.

Figure 1: Adherens Junction - Cadherin Mediated Cell-Cell Adhesion.

(A) Adherens junctions, in the form of adhesion belts, between epithelial cells in the small intestine. The beltlike junction encircles each of the interacting cells. Its most obvious feature is a contractile bundle of actin filaments running along the cytoplasmic surface of the junctional plasma membrane. (B) Some of the molecules that form an adherens junction. The actin filaments are joined from cell to cell by transmembrane adhesion proteins called cadherins. (Alberts B. Molecular Biology of the Cell. 6th ed. New York: Garland Science; 2015)

Cadherins are a diverse family of adhesion molecules that fulfil these requirements. They are present in all multicellular animals whose genomes have been analysed. Other eukaryotes, including fungi and plants, lack cadherins, and they are also absent from bacteria and archaea. Cadherins therefore seem to be part of the essence of what it is to be an animal.

The cadherins take their name from their dependence on Ca²⁺ ions: removing Ca²⁺ from the extracellular medium causes adhesions mediated by cadherins to come apart. The first three cadherins to be discovered were named according to the main tissues in which they were found:

- E-cadherin is present on many types of epithelial cells;

- N-cadherin on nerve, muscle and lens cells;

- P-cadherin on cells in the placenta and epidermis.

All are also found in other tissues. These and other classical cadherins are closely related in sequence throughout their extracellular and intracellular domains.

Binding between cadherins is generally homophilic. This means cadherin molecules of a specific subtype on one cell bind to cadherin moleculs of the same or closely related subtype on adjacent cells. All members of the superfamily have an extracellular portion consisting of several copies of the extracellular cadherin (EC) domain. Homophilic binding occurs at the N-terminal tips of the cadherin molecules - the cadherin domains that lie furthest from the membrane. These terminal domains each form a knob and a nearby pocket, and the cadheirn molecules protruding from opposite cell membranes bind by insertion of the knob of one domain into the pocket of the other.

Figure 2: Molecular Model of E-cadherin

After processing in the late Golgi, E-cadherin contains five EC domains. The outermost EC domain forms homophilic connections with the equivalent domain of E-cadherin on the neighbouring cell. The stability of E-cadherin depends on the presence of Ca²⁺ in the extracellular space. (Alberts B. Molecular Biology of the Cell. 6th ed. Figure 19-6 New York: Garland Science; 2015)

Each cadherin domain forms a more-or-less rigid unit, joined to the next cadherin domain by a hing. Ca²⁺ ions bind to sites near each hinge and prevent it from flexing, so that the whole string of cadherin domains behaves as a rigid and slightly curved rod. When Ca²⁺ is removed, the hinges can flex, and the structure becomes floppy. At the same time, the conformation at the N-terminus is thought to change slightly, weakening the binding affinity for the matching cadherin molecule on the opposite cell.

The cadherins form homodimers in the plasma membrane of each interacting cell. The extracellular domain of one cadherin dimer binds to the extracellular domain of an identical cadherin dimer on the adjacent cell. The intracellular tails of the cadherins bind to anchor proteins that tie them to actin filaments. These anchor proteins include α-catenin, β-catenin, γ-catenin (also called plakoglobin), α-actinin, and vinculin.

UCL iGEM 2017 believes that cadherin proteins will be powerful modulators for efficient tissue engineering. We therefore investigated first the properties of one classical cadherin (E-cadherin, BBa K2332312) and then tried to make it light-responsive.

For more information on cell-cell junctions and cadherins see Alberts B., Molecular Biology of the Cell. 6th ed., Ch.19, New York: Garland Science; 2015.

E-Cadherin Entries in the Registry

UCSF iGEM 2011 has created a BioBrick of only the extracellular domain of E-Cadherin (Mouse) BBa_K644000 but no BioBrick encoding the full E-cadherin protein has been submitted until now. BBa_K644000 also lacked detailed characterisation and the source was imprecise. Furthermore, we know now that E-cadherin requires interaction of its cytosolic domain for the production of stable cell-cell connections. (see Alberts 6th Ed. 2015, Ch. 19, p. 1040).

Experimental approach

Figure 3: E-cadherin in pcDNA3 Map

Vector Considerations

For testing this coding part we used pcDNA3 [http://www.snapgene.com/resources/plasmid_files/basic_cloning_vectors/pcDNA3/ (SnapGene File)], a standard mammalian expression plasmid, as a vector. We, thereby, created the coding device BBa_K2332313, our E-cadherin gene flanked by a CMV promoter and a bGH poly(A) tail. The well characterised strong promoter, efficient poly(A) tail and the pre-existing 5'- and 3'-UTR ensure efficient expression of E-cadherin after transfection.

There are many ways to express mammalian genes. Using a standard mammalian expression plasmid saves time and reduces the risk of low expression due to variations in 5'- and 3'- UTR.

Chassis Considerations

Choosing the correct chassis for your experiments is of equal importance to choosing the correct gene.

Since we wanted to test cell-cell aggregation induced by the E-cadherin gene, we therefore chose a mammalian cell line that naturally does not express E-cadherin and is commonly used in cadherin research, Chinese Hamster Ovary (CHO) cells. Even though they naturally lack E-cadherin expression they still maintain alpha- and beta-catenin expression, the two proteins that are essential for E-cadherin's connection to the actin cortex of the cell.

Experimental Setup

Table 1: Table of Reagents

The experiment was carried out in a 6 well plate, in which wells were marked from A to E.

The well contents were the following:

Well A: cells + superfect + plasmid
Well B: cells + superfect + plasmid + calcium
Well C: control cells
Well D: control cells + calcium
Well E: untreated cells

Control cells = treated with superfect + PBS instead of plasmid

CaCl2 solution preparation:

1. Prepare 1mM CaCl2 stock solution by dissolving 11 mg CaCl2 in 100 mL CMF-HBSS.

HBSS (Hanks’ balanced salt solution) preparation (for 200 mL stock):

0.08 g KCl
0.012 g Na2HPO4*2H20
0.012 g KH2PO4
0.07 g NaHCO3
0.028 g CaCl2
1.6 g NaCl
0.2 g D-glucose

Add water to 200 mL. Filter, sterilize and store up to a month at 4 degrees Celsius.

2. Dilute 25x.

After the transfection, cells were incubated at 37°C and 5% CO2. 46 h after the transfection cells from the 6 well plate were transferred into adherent cells dishes. 7 mL growth media was added to each well and gently mixed with the cells. Cells were incubated for another 60 minutes at 37 °C and 5% CO2.

Afterwards, pictures of the cells were taken under the phase-contrast microscope. For each condition, 3 pictures at the same magnification were taken and single cells and aggregated cells were counted. The ratio of single to aggregated cells was calculated based on the average counts (see the table below).

Aggregate definition: clump of 3 or more cells

Results

Because E-cadherin only functions in presence of calcium ions, we would expect the cells in well B to have the highest percentage of aggregates, which is what we confirmed by this experiment. As shown in the graph, the percentage of aggregates is significantly above 50 % only in well B.

The addition of Superfect (wells A, B, C and D) significantly reduced total number of all cells and total number of aggregated cells as compared to number of aggregated cells in untreated cells (well E). Based on that, it can be concluded that Superfect acts against aggregation as only the cells treated with plasmid, Superfect and calcium ions reached the levels of aggregated cells comparable to those of untreated cells.

Taken together, these 2 observations are consistent with calcium-dependent effect of E-cadherin to promote cell aggregation.

Phase-Contrast Microscopy Images of Cell Aggregation Experiment

Figure 4: Well A - Cells + Superfect + plasmid CHO cells transfected with pcDNA3 containing E-cadherin but with no Ca²⁺ show a low level of aggregation, probably due to other adhesive molecules on the plasma membrane surface.

Figure 5: Well B - Cells + Superfect + plasmid + CaCl₂

Ca²⁺ was added in the solution to CHO cells transfected with pcDNA3 containing E-cadherin. A high level of cell aggregation can be observed that significantly shifts the cell single:aggregation ration to the aggregated state (see table 2).

Figure 7: Well C - Control cells

CHO cells treated with superfect and PBS instead of plasmid.

.

Figure 8: Well D - Control cells + calcium

Ca²⁺ was added in the solution to CHO cells treated with superfect and PBS instead of plasmid.

Figure 9: Well E - Untreated cells

CHO cells without any reagents added to the solution.

Analysis

Diagram 1: Percentage of aggregated cells per well

Diagram 2: Total number of aggregated cells per well

.

Table 2: Cell Aggregation Table Control cells = treated with superfect + PBS instead of plasmid

Verdict: Our E-cadherin significantly increased the number of cell aggregations in the culture (assessed in terms of percentage) and therefore fulfils the designed purpose.

Usability

A functional, natural cell-cell adhesion protein like BBa_K2332312 has potential in many different fields:

Tissue engineering is dependent on the formation of lasting connections between cells. By choosing E-cadherin to form such connections you mimic the bodies natural way of adhering cells into a 3-dimensional structure. This holds the potential to lead to functional for replacements for destroyed tissue in patients one day.

For bioprocessing, tissue structures can be polarised and arranged for maximal surface to volume ratio. They can form separate compartments for nutrient uptake on one side and biomolecule production on a different side, thereby streamlining a production process in mammalian cells for complex molecules.

Primer Designs

PCR out Primers

5'- agcttggtacctccac -3', Ecadh_BioBrick.FwP
5'- tctagtcgtcctcgcc -3', Ecadh_BioBrick.RevP

These are the primers UCL iGEM 2017 used to clone E-cadherin out of the plasmid that Prof. Price gave us. We attached the BioBrick prefix to the 5'-end of the forward primer (+10 additional base pairs for efficient cleavage) and the BioBrick suffix to the 5'-end of the reverse primer (+10 additional base pairs for efficient cleavage). Through overhang PCR with these primers we created the BioBrick BBa_K2332312.

Sequencing Primers

We used Sanger sequencing for the sequencing of our E-cadherin gene. However, since Sanger sequencing only ensures correct results for up to around 800 bp we needed to use 2 sequencing steps ('primer walking') with two primers in each step:

Since the gene was in pcDNA3 we used the standard primers for pcDNA3.1 for the first round of sequencing:

5'- ctctggctaactagagaac -3', pcDNA3.1-FwP
5'- caaacaacagatggctggc -3', pcDNA3.1-RevP

For the second round of sequencing we designed and synthesized the following primers:

5'- tcaacacctacaacgctgc -3', E-cadh.sequ.Round2-FwP
5'- aggttctgggatgggagc -3', E-cadh.sequ.Round2-RevP

Characterisation Opportunities

This E-cadherin is not RFC25 compatible because of a single NgoMIV site at position 208. UCL iGEM 2017 suggests to use side directed mutagenesis to remove said NgoMIV cutting site and to use our primers with RFC25 overhangs to create an RFC25 compatible E-cadherin registry entry.

Sequence and Features

DNA Features

Assembly Compatibility:

10
COMPATIBLE WITH RFC[10]
12
INCOMPATIBLE WITH RFC[12]
Illegal NheI site found at 2550
21
INCOMPATIBLE WITH RFC[21]
Illegal BamHI site found at 752
Illegal BamHI site found at 828
Illegal BamHI site found at 944
Illegal BamHI site found at 1868
Illegal BamHI site found at 2170
Illegal XhoI site found at 1552
23
COMPATIBLE WITH RFC[23]
25
INCOMPATIBLE WITH RFC[25]
Illegal NgoMIV site found at 208
1000
INCOMPATIBLE WITH RFC[1000]
Illegal BsaI site found at 65
Illegal BsaI site found at 465
Illegal BsaI site found at 872
Illegal BsaI site found at 1414
Illegal BsaI.rc site found at 306

This gene was given to the UCL iGEM team 2017 by Prof. Stephen Price (UCL, not part of iGEM) after we searched for cadherin proteins suitable for our project. However, no sequence was known of the plasmid we were given and we sequenced the plasmid ourselves. Consecutive BLAST analysis of the results showed a 99% similarity with Mus musculus cadherin 1 (Cdh1), mRNA: NCBI Reference Sequence: NM_009864.3, NCBI.

Three silent mutations were added into the sequence via side directed mutagenesis in order to remove one EcoRI and two PstI sites. Afterwards we sequence confirmed the entire gene.

Protein Features

Figure 10: Protein BLAST Results from E-cadherin (Link).

Cadherin Prodomain Like - Cadherin proteins are activated through cleavage of a prosequence in the late Golgi. This prevents cadherin aggregation in the early stage of the secretory pathway. This domain corresponds to the folded region of the prosequence, and is termed the prodomain. The prodomain shows structural resemblance to the cadherin domain, but lacks all the features known to be important for cadherin-cadherin interactions.

Cadherin Repeat-Like Domain- The cadherin repeat domains occur as tandem repeats in the extracellular regions, which are thought to mediate cell-cell contact when bound to calcium. They play numerous roles in cell fate, signalling, proliferation, differentiation, and migration; members include E-, N-, P-, T-, VE-, CNR-, proto-, and FAT-family cadherin, desmocollin, and desmoglein, a large variety of domain architectures with varying repeat copy numbers. Cadherin-repeat containing proteins exist as monomers, homodimers, or heterodimers. This family also includes the cadherin-like repeats of extracellular alpha-dystroglycan.

Cadherin Cytoplasmic Region- Cadherins are vital in cell-cell adhesion during tissue differentiation. Cadherins are linked to the cytoskeleton by catenins. Catenins bind to the cytoplasmic tail of the cadherin. Cadherins cluster to form foci of homophilic binding units. A key determinant to the strength of the binding that it is mediated by cadherins is the juxtamembrane region of the cadherin. This region induces clustering and also binds to the protein p120ctn.

Functional Parameters

Protein data table for BioBrick BBa_ automatically created by the BioBrick-AutoAnnotator version 1.0

Nucleotide sequence in RFC 10: (underlined part encodes the protein)
AGCTTGGTACCTCCACCATGGGAGCC ... GAGGACGACTAGA
ORF from nucleotide position 18 to 2669 (excluding stop-codon)

Amino acid sequence: (RFC 25 scars in shown in bold, other sequence features underlined; both given below)

1
101
201
301
401
501
601
701
801

MGARCRSFSALLLLLQVSSWLCQELEPESCSPGFSSEVYTFPVPEGHLERGHVLGRVRFEGCTGRPRTAFFSEDSRFKVATDGTITVKRHLKLHKLETSF
LVRARDSSHRELSTKVTLKSMGHHHHRHHHRDPASESNPELLMFPSVYPGLRRQKRDWVIPPISCPENEKGEFPKNLVQIKSNRDKETKVFYSITGQGAD
KPPVGVFIIERETGWLKVTQPLDREAIAKYILYSHAVSSNGEAVEDPMEIVITVTDQNDNRPEFTQEVFEGSVAEGAVPGTSVMKVSATDADDDVNTYNA
AIAYTIVSQDPELPHKNMFTVNRDTGVISVLTSGLDRESYPTYTLVVQAADLQGEGLSTTAKAVITVKDINDNAPVFNPSTYQGQVPENEVNARIATLKV
TDDDAPNTPAWKAVYTVVNDPDQQFVVVTDPTTNDGILKTAKGLDFEAKQQYILHVRVENEEPFEGSLVPSTATVTVDVVDVNEAPIFMPAERRVEVPED
FGVGQEITSYTAREPDTFMDQKITYRIWRDTANWLEINPETGAIFTRAEMDREDAEHVKNSTYVALIIATDDGSPIATGTGTLLLVLLDVNDNAPIPEPR
NMQFCQRNPQPHIITILDPDLPPNTSPFTAELTHGASVNWTIEYNDAAQESLILQPRKDLEIGEYKIHLKLADNQNKDQVTTLDVHVCDCEGTVNNCMKA
GIVAAGLQVPAILGILGGILALLILILLLLLFLRRRTVVKEPLLPPDDDTRDNVYYYDEEGGGEEDQDFDLSQLHRGLDARPEVTRNDVAPTLMSVPQYR
PRPANPDEIGNFIDENLKAADSDPTAPPYDSLLVFDYEGSGSEAASLSSLNSSESDQDQDYDYLNEWGNRFKKLADMYGGGEDD*

Sequence features: (with their position in the amino acid sequence, see the list of supported features)

RFC25 scar (shown in bold):

63 to 64, 195 to 196

Amino acid composition:

Ala (A)	61 (6.9%)
Arg (R)	45 (5.1%)
Asn (N)	43 (4.9%)
Asp (D)	72 (8.1%)

Cys (C)	9 (1.0%)
Gln (Q)	32 (3.6%)
Glu (E)	67 (7.6%)
Gly (G)	52 (5.9%)

His (H)	21 (2.4%)
Ile (I)	44 (5.0%)
Leu (L)	75 (8.5%)
Lys (K)	35 (4.0%)

Met (M)	13 (1.5%)
Phe (F)	30 (3.4%)
Pro (P)	60 (6.8%)
Ser (S)	53 (6.0%)

Thr (T)	65 (7.4%)
Trp (W)	8 (0.9%)
Tyr (Y)	26 (2.9%)
Val (V)	73 (8.3%)

Amino acid counting

	Total number:	884
	Positively charged (Arg+Lys):	80 (9.0%)
	Negatively charged (Asp+Glu):	139 (15.7%)
	Aromatic (Phe+His+Try+Tyr):	85 (9.6%)

Biochemical parameters

	Atomic composition:	C₄₃₃₀H₆₇₆₅N₁₁₇₉O₁₃₈₂S₂₂
	Molecular mass [Da]:	98156.7
	Theoretical pI:	4.67
	Extinction coefficient at 280 nm [M^-1 cm^-1]:	82740 / 83303 (all Cys red/ox)

Plot for hydrophobicity, charge, predicted secondary structure, solvent accessability, transmembrane helices and disulfid bridges

Codon usage

	Organism:	E. coli	B. subtilis	S. cerevisiae	A. thaliana	P. patens	Mammals
	Codon quality (CAI):	good (0.70)	good (0.70)	acceptable (0.59)	good (0.68)	excellent (0.83)	good (0.79)

Alignments (obtained from PredictProtein.org)
There were no alignments for this protein in the data base. The BLAST search was initialized and should be ready in a few hours.

Predictions (obtained from PredictProtein.org)

There were no predictions for this protein in the data base. The prediction was initialized and should be ready in a few hours.

The BioBrick-AutoAnnotator was created by TU-Munich 2013 iGEM team. For more information please see the documentation.
If you have any questions, comments or suggestions, please leave us a comment.

References

1. Huber, Weis (2001) The Structure of the b-Catenin/E-Cadherin Complex and the Molecular Basis of Diverse Ligand Recognition by b-Catenin. Cell. Vol. 105, 391–402, May 4, 2001 NCBI 2. Alberts B. Molecular Biology of the Cell; 6th ed.; Ch. 19. New York: Garland Science; 2015 3. Clarke, Miller,Lowe, Weis, Nelson (2016) Characterization of the Cadherin–Catenin Complex of the Sea Anemone Nematostella vectensis and Implications for the Evolution of Metazoan Cell–Cell Adhesion. Mol. Biol. Evol. 33(8):2016–2029 NCBI

4. Shapiro, Weis (2009) Structure and Biochemistry of Cadherins and Catenins. Cold Spring Harb Perspect Biol. Sep;1(3):a003053 NCBI

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font-family:Arial,Helvetica,sans-serif; background:rgb(255, 200, 0); background-color:rgba(255, 200, 0, 1); height:16px; width:16px; top:80px; border-radius:50%; } </style><div id='AutoAnnotator_container_1507453924547'><table id="AutoAnnotator"><tr><!-- Time stamp in ms since 1/1/1970 1507453924547 --><th id="AutoAnnotatorHeader" colspan="2">Protein data table for BioBrick <a href="https://parts.igem.org/wiki/index.php?title=Part:BBa_<!------------------------Enter BioBrick number here------------------------>">BBa_<!------------------------Enter BioBrick number here------------------------></a> automatically created by the <a href="http://2013.igem.org/Team:TU-Munich/Results/AutoAnnotator">BioBrick-AutoAnnotator</a> version 1.0</th></tr><tr><td class="AutoAnnotator1col" colspan="2"><strong>Nucleotide sequence</strong> in <strong>RFC 10</strong>: (underlined part encodes the protein)<br><span class="AutoAnnotatorSequence">&nbsp;AGCTTGGTACCTCCACC<u>ATGGGAGCC&nbsp;...&nbsp;GAGGACGAC</u>TAGA</span><br>&nbsp;<strong>ORF</strong> from nucleotide position 18 to 2669 (excluding stop-codon)</td></tr><tr><td class="AutoAnnotator1col" colspan="2"><strong>Amino acid sequence:</strong> (RFC 25 scars in shown in bold, other sequence features underlined; both given below)<br><span class="AutoAnnotatorSequence"><table class="AutoAnnotatorNoBorder"><tr><td class="AutoAnnotatorSeqNum">1&nbsp;<br>101&nbsp;<br>201&nbsp;<br>301&nbsp;<br>401&nbsp;<br>501&nbsp;<br>601&nbsp;<br>701&nbsp;<br>801&nbsp;</td><td class="AutoAnnotatorSeqSeq">MGARCRSFSALLLLLQVSSWLCQELEPESCSPGFSSEVYTFPVPEGHLERGHVLGRVRFEGC<b>TG</b>RPRTAFFSEDSRFKVATDGTITVKRHLKLHKLETSF<br>LVRARDSSHRELSTKVTLKSMGHHHHRHHHRDPASESNPELLMFPSVYPGLRRQKRDWVIPPISCPENEKGEFPKNLVQIKSNRDKETKVFYSI<b>TG</b>QGAD<br>KPPVGVFIIERETGWLKVTQPLDREAIAKYILYSHAVSSNGEAVEDPMEIVITVTDQNDNRPEFTQEVFEGSVAEGAVPGTSVMKVSATDADDDVNTYNA<br>AIAYTIVSQDPELPHKNMFTVNRDTGVISVLTSGLDRESYPTYTLVVQAADLQGEGLSTTAKAVITVKDINDNAPVFNPSTYQGQVPENEVNARIATLKV<br>TDDDAPNTPAWKAVYTVVNDPDQQFVVVTDPTTNDGILKTAKGLDFEAKQQYILHVRVENEEPFEGSLVPSTATVTVDVVDVNEAPIFMPAERRVEVPED<br>FGVGQEITSYTAREPDTFMDQKITYRIWRDTANWLEINPETGAIFTRAEMDREDAEHVKNSTYVALIIATDDGSPIATGTGTLLLVLLDVNDNAPIPEPR<br>NMQFCQRNPQPHIITILDPDLPPNTSPFTAELTHGASVNWTIEYNDAAQESLILQPRKDLEIGEYKIHLKLADNQNKDQVTTLDVHVCDCEGTVNNCMKA<br>GIVAAGLQVPAILGILGGILALLILILLLLLFLRRRTVVKEPLLPPDDDTRDNVYYYDEEGGGEEDQDFDLSQLHRGLDARPEVTRNDVAPTLMSVPQYR<br>PRPANPDEIGNFIDENLKAADSDPTAPPYDSLLVFDYEGSGSEAASLSSLNSSESDQDQDYDYLNEWGNRFKKLADMYGGGEDD*</td></tr></table></span></td></tr><tr><td class="AutoAnnotator1col" colspan="2"><strong>Sequence features:</strong> (with their position in the amino acid sequence, see the <a href="http://2013.igem.org/Team:TU-Munich/Results/Software/FeatureList">list of supported features</a>)<table class="AutoAnnotatorNoBorder"><tr><td class="AutoAnnotatorSeqFeat1"></td><td class="AutoAnnotatorSeqFeat2a">RFC25 scar (shown in bold):&nbsp;</td><td class="AutoAnnotatorSeqFeat3">63 to 64, 195 to 196</td></tr></table></td></tr><tr><td class="AutoAnnotator1col" colspan="2"><strong>Amino acid composition:</strong><table class="AutoAnnotatorNoBorder"><tr><td class="AutoAnnotatorOuterAmino"><table class="AutoAnnotatorWithBorder"><tr><td class="AutoAnnotatorInnerAmino">Ala (A)</td><td class="AutoAnnotatorInnerAmino">61 (6.9%)</td></tr><tr><td class="AutoAnnotatorInnerAmino">Arg (R)</td><td class="AutoAnnotatorInnerAmino">45 (5.1%)</td></tr><tr><td class="AutoAnnotatorInnerAmino">Asn (N)</td><td class="AutoAnnotatorInnerAmino">43 (4.9%)</td></tr><tr><td class="AutoAnnotatorInnerAmino">Asp (D)</td><td class="AutoAnnotatorInnerAmino">72 (8.1%)</td></tr></table></td><td class="AutoAnnotatorOuterAmino"><table class="AutoAnnotatorWithBorder"><tr><td class="AutoAnnotatorInnerAmino">Cys (C)</td><td class="AutoAnnotatorInnerAmino">9 (1.0%)</td></tr><tr><td class="AutoAnnotatorInnerAmino">Gln (Q)</td><td class="AutoAnnotatorInnerAmino">32 (3.6%)</td></tr><tr><td class="AutoAnnotatorInnerAmino">Glu (E)</td><td class="AutoAnnotatorInnerAmino">67 (7.6%)</td></tr><tr><td class="AutoAnnotatorInnerAmino">Gly (G)</td><td class="AutoAnnotatorInnerAmino">52 (5.9%)</td></tr></table></td><td class="AutoAnnotatorOuterAmino"><table class="AutoAnnotatorWithBorder"><tr><td class="AutoAnnotatorInnerAmino">His (H)</td><td class="AutoAnnotatorInnerAmino">21 (2.4%)</td></tr><tr><td class="AutoAnnotatorInnerAmino">Ile (I)</td><td class="AutoAnnotatorInnerAmino">44 (5.0%)</td></tr><tr><td class="AutoAnnotatorInnerAmino">Leu (L)</td><td class="AutoAnnotatorInnerAmino">75 (8.5%)</td></tr><tr><td class="AutoAnnotatorInnerAmino">Lys (K)</td><td class="AutoAnnotatorInnerAmino">35 (4.0%)</td></tr></table></td><td class="AutoAnnotatorOuterAmino"><table class="AutoAnnotatorWithBorder"><tr><td class="AutoAnnotatorInnerAmino">Met (M)</td><td class="AutoAnnotatorInnerAmino">13 (1.5%)</td></tr><tr><td class="AutoAnnotatorInnerAmino">Phe (F)</td><td class="AutoAnnotatorInnerAmino">30 (3.4%)</td></tr><tr><td class="AutoAnnotatorInnerAmino">Pro (P)</td><td class="AutoAnnotatorInnerAmino">60 (6.8%)</td></tr><tr><td class="AutoAnnotatorInnerAmino">Ser (S)</td><td class="AutoAnnotatorInnerAmino">53 (6.0%)</td></tr></table></td><td class="AutoAnnotatorOuterAmino"><table class="AutoAnnotatorWithBorder"><tr><td class="AutoAnnotatorInnerAmino">Thr (T)</td><td class="AutoAnnotatorInnerAmino">65 (7.4%)</td></tr><tr><td class="AutoAnnotatorInnerAmino">Trp (W)</td><td class="AutoAnnotatorInnerAmino">8 (0.9%)</td></tr><tr><td class="AutoAnnotatorInnerAmino">Tyr (Y)</td><td class="AutoAnnotatorInnerAmino">26 (2.9%)</td></tr><tr><td class="AutoAnnotatorInnerAmino">Val (V)</td><td class="AutoAnnotatorInnerAmino">73 (8.3%)</td></tr></table></td></tr></table></td></tr><tr><td class="AutoAnnotatorAminoCountingOuter"><strong>Amino acid counting</strong><table class="AutoAnnotatorNoBorder"><tr><td class="AutoAnnotatorAminoCountingInner1"></td><td class="AutoAnnotatorAminoCountingInner2">Total number:</td><td class="AutoAnnotatorAminoCountingInner3">884</td></tr><tr><td class="AutoAnnotatorAminoCountingInner1"></td><td class="AutoAnnotatorAminoCountingInner2">Positively charged (Arg+Lys):</td><td class="AutoAnnotatorAminoCountingInner3">80 (9.0%)</td></tr><tr><td class="AutoAnnotatorAminoCountingInner1"></td><td class="AutoAnnotatorAminoCountingInner2">Negatively charged (Asp+Glu):</td><td class="AutoAnnotatorAminoCountingInner3">139 (15.7%)</td></tr><tr><td class="AutoAnnotatorAminoCountingInner1"></td><td class="AutoAnnotatorAminoCountingInner2">Aromatic (Phe+His+Try+Tyr):</td><td class="AutoAnnotatorAminoCountingInner3">85 (9.6%)</td></tr></table></td><td class="AutoAnnotatorBiochemParOuter"><strong>Biochemical parameters</strong><table class="AutoAnnotatorNoBorder"><tr><td class="AutoAnnotatorBiochemParInner1"></td><td class="AutoAnnotatorBiochemParInner2">Atomic composition:</td><td class="AutoAnnotatorBiochemParInner3">C<sub>4330</sub>H<sub>6765</sub>N<sub>1179</sub>O<sub>1382</sub>S<sub>22</sub></td></tr><tr><td class="AutoAnnotatorBiochemParInner1"></td><td class="AutoAnnotatorBiochemParInner2">Molecular mass [Da]:</td><td class="AutoAnnotatorBiochemParInner3">98156.7</td></tr><tr><td class="AutoAnnotatorBiochemParInner1"></td><td class="AutoAnnotatorBiochemParInner2">Theoretical pI:</td><td class="AutoAnnotatorBiochemParInner3">4.67</td></tr><tr><td class="AutoAnnotatorBiochemParInner1"></td><td class="AutoAnnotatorBiochemParInner2">Extinction coefficient at 280 nm [M<sup>-1</sup> cm<sup>-1</sup>]:</td><td class="AutoAnnotatorBiochemParInner3">82740 / 83303 (all Cys red/ox)</td></tr></table></td></tr><tr><td class="AutoAnnotator1col" colspan="2"><strong>Plot for hydrophobicity, charge, predicted secondary structure, solvent accessability, transmembrane helices and disulfid bridges</strong>&nbsp;<input type='button' id='hydrophobicity_charge_button' onclick='show_or_hide_plot_1507453924547()' value='Show'><span id="hydrophobicity_charge_explanation"></span><div id="hydrophobicity_charge_container" style='display:none'><div id="hydrophobicity_charge_placeholder0" style="width:100%;height:150px"></div><div id="hydrophobicity_charge_placeholder1" style="width:100%;height:150px"></div><div id="hydrophobicity_charge_placeholder2" style="width:100%;height:150px"></div><div id="hydrophobicity_charge_placeholder3" style="width:100%;height:150px"></div><div id="hydrophobicity_charge_placeholder4" style="width:100%;height:150px"></div></div></td></tr><tr><td class="AutoAnnotator1col" colspan="2"><strong>Codon usage</strong><table class="AutoAnnotatorNoBorder"><tr><td class="AutoAnnotatorCodonUsage1"></td><td class="AutoAnnotatorCodonUsage2">Organism:</td><td class="AutoAnnotatorCodonUsage3"><i>E. coli</i></td><td class="AutoAnnotatorCodonUsage3"><i>B. subtilis</i></td><td class="AutoAnnotatorCodonUsage3"><i>S. cerevisiae</i></td><td class="AutoAnnotatorCodonUsage3"><i>A. thaliana</i></td><td class="AutoAnnotatorCodonUsage3"><i>P. patens</i></td><td class="AutoAnnotatorCodonUsage3">Mammals</td></tr><tr><td class="AutoAnnotatorCodonUsage1"></td><td class="AutoAnnotatorCodonUsage2">Codon quality (<a href="http://en.wikipedia.org/wiki/Codon_Adaptation_Index">CAI</a>):</td><td class="AutoAnnotatorCodonUsage3">good (0.70)</td><td class="AutoAnnotatorCodonUsage3">good (0.70)</td><td class="AutoAnnotatorCodonUsage3">acceptable (0.59)</td><td class="AutoAnnotatorCodonUsage3">good (0.68)</td><td class="AutoAnnotatorCodonUsage3">excellent (0.83)</td><td class="AutoAnnotatorCodonUsage3">good (0.79)</td></tr></table></td></tr><tr><td class="AutoAnnotator1col" colspan="2"><strong>Alignments</strong> (obtained from <a href='http://predictprotein.org'>PredictProtein.org</a>)<br>&nbsp;&nbsp;&nbsp;There were no alignments for this protein in the data base. The BLAST search was initialized and should be ready in a few hours.</td></tr><tr><th id='AutoAnnotatorHeader' colspan="2"><strong>Predictions</strong> (obtained from <a href='http://predictprotein.org'>PredictProtein.org</a>)</th></tr><tr><td class="AutoAnnotator1col" colspan="2">&nbsp;&nbsp;&nbsp;There were no predictions for this protein in the data base. The prediction was initialized and should be ready in a few hours.</td><tr><td class="AutoAnnotator1col" colspan="2"> The BioBrick-AutoAnnotator was created by <a href="http://2013.igem.org/Team:TU-Munich">TU-Munich 2013</a> iGEM team. For more information please see the <a href="http://2013.igem.org/Team:TU-Munich/Results/Software">documentation</a>.<br>If you have any questions, comments or suggestions, please leave us a <a href="http://2013.igem.org/Team:TU-Munich/Results/AutoAnnotator">comment</a>.</td></tr></table></div><br><!-- IMPORTANT: DON'T REMOVE THIS LINE, OTHERWISE NOT SUPPORTED FOR IE BEFORE 9 --><!--[if lte IE 8]><script language="javascript" type="text/javascript" src="http://2013.igem.org/Team:TU-Munich/excanvas.js"></script><![endif]--><script type='text/javascript' src='http://code.jquery.com/jquery-1.10.0.min.js'></script><script type='text/javascript' src='http://2013.igem.org/Team:TU-Munich/Flot.js?action=raw&ctype=text/js'></script><script>var jqAutoAnnotator = jQuery.noConflict(true);function show_or_hide_plot_1507453924547(){hydrophobicity_datapoints = 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){jqAutoAnnotator('#AutoAnnotator_container_1507453924547 #hydrophobicity_charge_container').css('display','block');jqAutoAnnotator('#AutoAnnotator_container_1507453924547 #hydrophobicity_charge_button').val('Hide');var description_html = '<div id=\'AutoAnnotator_plot_selectors\'>';description_html = description_html + '<br>&nbsp;<input type=\'checkbox\' id=\'hydrophobicity_checkbox\' checked=\'checked\'>&nbsp;Moving average over 5 amino acids for hydrophobicity (<img src=\'https://static.igem.org/mediawiki/2013/e/e9/TUM13_hydrophobicity_icon.png\' alt=\'blue graph\' height=\'10\'></img>)';description_html = description_html + '<br>&nbsp;<input type=\'checkbox\' id=\'charge_checkbox\' checked=\'checked\'>&nbsp;Moving average over 5 amino acids for charge (<img src=\'https://static.igem.org/mediawiki/2013/3/3e/TUM13_charge_icon.png\' alt=\'red graph\' height=\'10\'></img>)';description_html = description_html + '<br>&nbsp;<input type=\'checkbox\' id=\'dis_checkbox\' checked=\'checked\'>&nbsp;Predicted disulfid bridges (<img src=\'https://static.igem.org/mediawiki/2013/2/28/TUM13_dis_icon.png\' alt=\'yellow circle\' height=\'10\'></img>) with the number of the bridge in the center';description_html = description_html + '<br>&nbsp;<input type=\'checkbox\' id=\'trans_checkbox\' checked=\'checked\'>&nbsp;Predicted transmembrane helices (<img src=\'https://static.igem.org/mediawiki/2013/7/78/TUM13_trans_icon.png\' alt=\'turquois bars\' height=\'10\'></img>)';description_html = description_html + '<br>&nbsp;<input type=\'checkbox\' id=\'sec_checkbox\' checked=\'checked\'>&nbsp;Predicted secondary structure: Helices (<img src=\'https://static.igem.org/mediawiki/2013/b/bf/TUM13_helix_icon.png\' alt=\'violet bars\' height=\'10\'></img>) and beta-strands (<img src=\'https://static.igem.org/mediawiki/2013/b/bf/TUM13_strand_icon.png\' alt=\'yellow bars\' height=\'10\'></img>)';description_html = description_html + '<br>&nbsp;<input type=\'checkbox\' id=\'acc_checkbox\' checked=\'checked\'>&nbsp;Predicted solvent accessability: Exposed (<img src=\'https://static.igem.org/mediawiki/2013/1/16/TUM13_exposed_icon.png\' alt=\'blue bars\' height=\'10\'></img>) and buried (<img src=\'https://static.igem.org/mediawiki/2013/0/0b/TUM13_buried_icon.png\' alt=\'green bars\' height=\'10\'></img>) residues';description_html = description_html + '<br></div>';jqAutoAnnotator('#AutoAnnotator_container_1507453924547 #hydrophobicity_charge_explanation').html(description_html);plot_according_to_selectors_1507453924547();jqAutoAnnotator('#AutoAnnotator_container_1507453924547 #AutoAnnotator_plot_selectors').find('input').click(plot_according_to_selectors_1507453924547);}else{jqAutoAnnotator('#AutoAnnotator_container_1507453924547 #hydrophobicity_charge_container').css('display','none');jqAutoAnnotator('#AutoAnnotator_container_1507453924547 #hydrophobicity_charge_button').val('Show');jqAutoAnnotator('#AutoAnnotator_container_1507453924547 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 ===References===
-.
+. Huber, Weis (2001) The Structure of the b-Catenin/E-Cadherin Complex and the Molecular Basis of Diverse Ligand Recognition by b-Catenin. Cell. Vol. 105, 391–402, May 4, 2001 [https://www.ncbi.nlm.nih.gov/pubmed/11348595 NCBI]
-.
+. Alberts B. Molecular Biology of the Cell; 6th ed.; Ch. 19. New York: Garland Science; 2015
-.
+. Clarke, Miller,Lowe, Weis, Nelson (2016) Characterization of the Cadherin–Catenin Complex of the Sea Anemone Nematostella vectensis and Implications for the Evolution of Metazoan Cell–Cell Adhesion. Mol. Biol. Evol. 33(8):2016–2029 [https://www.ncbi.nlm.nih.gov/pubmed/27189570 NCBI]
-.
+. Shapiro, Weis (2009) Structure and Biochemistry of Cadherins and Catenins. Cold Spring Harb Perspect Biol. Sep;1(3):a003053 [https://www.ncbi.nlm.nih.gov/pubmed/20066110 NCBI]
-.