\begin{small}
\begin{longtable}[h]{|l|c|p{12cm}|}
\hline\rowcolor{gray}
\textbf{No.}	&	\textbf{PDB ID}	&	\textbf{Structure Title}\\\hline



1			&			1EBO			&			Crystal structure of the Ebola virus membrane-fusion subunit, gp2, from the envelope glycoprotein ectodomain\\\hline
\rowcolor{gray}2			&			2EBO			&			Core structure of gp2 from Ebola virus\\\hline
3			&			2QHR			&			Crystal structure of the 13f6-1-2 fab fragment bound to its Ebola virus glycoprotein peptide epitope.\\\hline
\rowcolor{gray}4			&			2RLJ			&			{NMR} structure of Ebola fusion peptide in {SDS} micelles at {pH} 7\\\hline
5			&			2Y6S			&			Structure of an Ebolavirus-protective antibody in complex with its mucin-domain linear epitope\\\hline
\rowcolor{gray}6			&			3CSY			&			Crystal structure of the trimeric prefusion Ebola virus glycoprotein in complex with a neutralizing antibody from a human survivor\\\hline
7			&			3VE0			&			Crystal structure of sudan Ebolavirus glycoprotein (strain boniface) bound to 16f6\\\hline
\rowcolor{gray}8			&			5F1B			&			Structural basis of Ebola virus entry: viral glycoprotein bound to its endosomal receptor {Niemann-Pick C1}\\\hline
9			&			5FHC			&			Crystal Structure of Protective Human Antibodies 100 and 114 in Complex with Ebola Virus Fusion Glycoprotein (GP)\\\hline
\rowcolor{gray}10			&			5HJ3			&			Crystal structure of host-primed Ebola virus GP, GPcl\\\hline
11			&			5JNX			&			The 6.6 \AA ~Cryo-EM structure of the full-length human NPC1 in complex with the cleaved glycoprotein of Ebola virus\\\hline
\rowcolor{gray}12			&			5JQ3			&			Crystal structure of Ebola glycoprotein\\\hline
13			&			5JQ7			&			Crystal structure of Ebola glycoprotein in complex with toremifene\\\hline
\rowcolor{gray}14			&			5JQB			&			Crystal structure of Ebola glycoprotein in complex with ibuprofen\\\hline
15			&			5KEL			&			EBOV GP in complex with variable Fab domains of IgGs c2G4 and c13C6\\\hline
\rowcolor{gray}16			&			5KEM			&			EBOV sGP in complex with variable Fab domains of IgGs c13C6 and BDBV91\\\hline
17			&			5KEN			&			EBOV GP in complex with variable Fab domains of IgGs c4G7 and c13C6\\\hline
\rowcolor{gray}18			&			5T42			&			Structure of the Ebola virus envelope protein MPER/TM domain and its interaction with the fusion loop explains their fusion activity\\\hline
19			&			6DZL			&			Ebola virus Makona variant GP (mucin-deleted) in complex with pan-ebolavirus human antibody ADI-15878 Fab\\\hline
\rowcolor{gray}20			&			6EA7			&			Structure of EBOV GPcl in complex with the pan-ebolavirus mAb ADI-15878\\\hline
21			&			6F5U			&			Crystal structure of Ebolavirus glycoprotein in complex with bepridil\\\hline
\rowcolor{gray}22			&			6F6I			&			Crystal structure of Ebolavirus glycoprotein in complex with paroxetine\\\hline
23			&			6F6N			&			Crystal structure of Ebolavirus glycoprotein in complex with sertraline\\\hline
\rowcolor{gray}24			&			6F6S			&			Crystal structure of Ebolavirus glycoprotein in complex with benztropine\\\hline
25			&			6G95			&			Crystal structure of Ebolavirus glycoprotein in complex with thioridazine\\\hline
\rowcolor{gray}26			&			6G9B			&			Crystal structure of Ebolavirus glycoprotein in complex with imipramine\\\hline
27			&			6G9I			&			Crystal structure of Ebolavirus glycoprotein in complex with clomipramine\\\hline
\rowcolor{gray}28			&			6HRO			&			Crystal structure of Ebolavirus glycoprotein in complex with inhibitor 118a\\\hline
29			&			6HS4			&			Crystal structure of Ebolavirus glycoprotein in complex with inhibitor 118\\\hline
\rowcolor{gray}30			&			6MAM			&			Cleaved Ebola gp in complex with a broadly neutralizing human antibody, adi-15946\\\hline
31			&			6NAE			&			Crystal Structure of Ebola zaire GP protein with bound ARN0074898\\\hline
\rowcolor{gray}32			&			6QD7			&			EM structure of a EBOV-GP bound to 3T0331 neutralizing antibody\\\hline
33			&			6QD8			&			EM structure of a EBOV-GP bound to 4M0368 neutralizing antibody\\\hline
\rowcolor{gray}34			&			6S8D			&			Structure of ZEBOV GP in complex with 1T0227 antibody\\\hline
35			&			6S8I			&			Structure of ZEBOV GP in complex with 3T0265 antibody\\\hline
\rowcolor{gray}36			&			6S8J			&			Structure of ZEBOV GP in complex with 5T0180 antibody\\\hline





\caption{Experimentally determined Ebola glycoprotein structures inside Protein Data Bank (PDB \cite{Berman2003Announcing}) as of \today. }
\label{tab:titles}
\end{longtable}
\end{small}





\begin{small}
\begin{longtable}[h]{|l|c|p{12cm}|}
\hline\rowcolor{gray}
\textbf{No.}	&	\textbf{PDB ID}	&	\textbf{Structure Title}\\\hline
\rowcolor{gray}12			&			5JQ3			&			Crystal structure of Ebola glycoprotein\\\hline
13			&			5JQ7			&			Crystal structure of Ebola glycoprotein in complex with toremifene\\\hline
\rowcolor{gray}14			&			5JQB			&			Crystal structure of Ebola glycoprotein in complex with ibuprofen\\\hline
21			&			6F5U			&			Crystal structure of Ebolavirus glycoprotein in complex with bepridil\\\hline
\rowcolor{gray}22			&			6F6I			&			Crystal structure of Ebolavirus glycoprotein in complex with paroxetine\\\hline
23			&			6F6N			&			Crystal structure of Ebolavirus glycoprotein in complex with sertraline\\\hline
\rowcolor{gray}24			&			6F6S			&			Crystal structure of Ebolavirus glycoprotein in complex with benztropine\\\hline
25			&			6G95			&			Crystal structure of Ebolavirus glycoprotein in complex with thioridazine\\\hline
\rowcolor{gray}26			&			6G9B			&			Crystal structure of Ebolavirus glycoprotein in complex with imipramine\\\hline
27			&			6G9I			&			Crystal structure of Ebolavirus glycoprotein in complex with clomipramine\\\hline
\rowcolor{gray}28			&			6HRO			&			Crystal structure of Ebolavirus glycoprotein in complex with inhibitor 118a\\\hline
29			&			6HS4			&			Crystal structure of Ebolavirus glycoprotein in complex with inhibitor 118\\\hline




\caption{Experimentally determined Ebola glycoprotein (complexed with small molecules) structures inside Protein Data Bank (PDB \cite{Berman2003Announcing}) as of \today. }
\label{tab:titles2}
\end{longtable}
\end{small}




%add another table 
%Experimentally determined Ebola glycoprotein (complexed with antibodies) structures inside Protein Data Bank (PDB \cite{Berman2003Announcing}) as of \today. 






in brief:


\begin{small}
\begin{longtable}[h]{|l|c|p{12cm}|}
\hline\rowcolor{gray}
\textbf{No.}	&	\textbf{PDB ID}	&	\textbf{Structure Title in Brief}\\\hline

12			&			5JQ3			&			Crystal structure of  glycoprotein\\\hline
13			&			5JQ7			&			Crystal structure of  glycoprotein in complex with toremifene\\\hline
14			&			5JQB			&			Crystal structure of  glycoprotein in complex with ibuprofen\\\hline
21			&			6F5U			&			Crystal structure of  glycoprotein in complex with bepridil\\\hline
22			&			6F6I			&			Crystal structure of  glycoprotein in complex with paroxetine\\\hline
23			&			6F6N			&			Crystal structure of  glycoprotein in complex with sertraline\\\hline
24			&			6F6S			&			Crystal structure of  glycoprotein in complex with benztropine\\\hline
25			&			6G95			&			Crystal structure of  glycoprotein in complex with thioridazine\\\hline
26			&			6G9B			&			Crystal structure of  glycoprotein in complex with imipramine\\\hline
27			&			6G9I			&			Crystal structure of  glycoprotein in complex with clomipramine\\\hline
28			&			6HRO			&			Crystal structure of  glycoprotein in complex with inhibitor 118a\\\hline
29			&			6HS4			&			Crystal structure of  glycoprotein in complex with inhibitor 118\\\hline






\caption{Experimentally determined Ebola glycoprotein (complexed with small molecules) structures inside Protein Data Bank (PDB \cite{Berman2003Announcing}) as of \today. }
\label{tab:titles3}
\end{longtable}
\end{small}






\clearpage


\begin{small}
\begin{longtable}[h]{|l|}
\hline\rowcolor{gray}




\rowcolor{gray}{\textcolor{blue}{A comparison between 5JQ3 and 5JQ7}}	\\\hline
\rowcolor{gray}{Common salt bridges between 5JQ3 and 5JQ7}	\\\hline
A\_HIS\_39-A\_ASP\_55	\\\hline
A\_HIS\_39-A\_ASP\_55	\\\hline
A\_ARG\_85-A\_GLU\_178	\\\hline
A\_ARG\_85-A\_GLU\_178	\\\hline
A\_LYS\_114-A\_GLU\_120	\\\hline
A\_LYS\_114-A\_GLU\_120	\\\hline
A\_ARG\_130-A\_ASP\_163	\\\hline
A\_HIS\_154-A\_GLU\_178	\\\hline
A\_ARG\_164-A\_ASP\_163	\\\hline
A\_ARG\_164-A\_ASP\_163	\\\hline
A\_ARG\_266-A\_ASP\_237	\\\hline
B\_HIS\_516-B\_GLU\_545	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline

Structurally identified 5JQ3-only salt bridges 	\\\hline
No 5JQ3-only salt bridge was structurally identified here\\\hline


Structurally identified 5JQ7-only salt bridges 	\\\hline

A\_ARG\_247-A\_GLU\_245	\\\hline
A\_ARG\_247-A\_GLU\_245	\\\hline
\textcolor{red}{B\_LYS\_510-A\_GLU\_292}	\\\hline
B\_HIS\_613-B\_ASP\_614	\\\hline


%kiwi
\rowcolor{gray}{\textcolor{blue}{A comparison between 5JQ3 and 5JQB}}	\\\hline
\rowcolor{gray}{Common salt bridges between 5JQ3 and 5JQB}	\\\hline
A\_ARG\_85-A\_GLU\_178	\\\hline
A\_ARG\_85-A\_GLU\_178	\\\hline
A\_LYS\_114-A\_GLU\_120	\\\hline
A\_LYS\_114-A\_GLU\_120	\\\hline
A\_ARG\_130-A\_ASP\_163	\\\hline
A\_HIS\_154-A\_GLU\_178	\\\hline
A\_ARG\_164-A\_ASP\_163	\\\hline
A\_ARG\_164-A\_ASP\_163	\\\hline
A\_ARG\_266-A\_ASP\_237	\\\hline
B\_HIS\_516-B\_GLU\_545	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline

Structurally identified 5JQ3-only salt bridges 	\\\hline
A\_HIS\_39-A\_ASP\_55	\\\hline
A\_HIS\_39-A\_ASP\_55	\\\hline


Structurally identified 5JQB-only salt bridges 	\\\hline

A\_ARG\_247-A\_GLU\_245	\\\hline
\textcolor{red}{B\_LYS\_510-A\_GLU\_292}	\\\hline
\textcolor{red}{B\_LYS\_510-A\_GLU\_292}	\\\hline
\textcolor{green}{B\_LYS\_588-A\_ASP\_47}	\\\hline
\textcolor{green}{B\_LYS\_588-A\_ASP\_47}	\\\hline
B\_LYS\_617-B\_ASP\_614	\\\hline


%kiwi
\rowcolor{gray}{\textcolor{blue}{A comparison between 5JQ3 and 6F5U}}	\\\hline
\rowcolor{gray}{Common salt bridges between 5JQ3 and 6F5U}	\\\hline
A\_HIS\_39-A\_ASP\_55	\\\hline
A\_HIS\_39-A\_ASP\_55	\\\hline
A\_ARG\_85-A\_GLU\_178	\\\hline
A\_ARG\_85-A\_GLU\_178	\\\hline
A\_LYS\_114-A\_GLU\_120	\\\hline
A\_LYS\_114-A\_GLU\_120	\\\hline
A\_ARG\_130-A\_ASP\_163	\\\hline
A\_HIS\_154-A\_GLU\_178	\\\hline
A\_ARG\_164-A\_ASP\_163	\\\hline
A\_ARG\_164-A\_ASP\_163	\\\hline
A\_ARG\_266-A\_ASP\_237	\\\hline
B\_HIS\_516-B\_GLU\_545	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline

Structurally identified 5JQ3-only salt bridges 	\\\hline
No 5JQ3-only salt bridge was structurally identified here\\\hline


Structurally identified 6F5U-only salt bridges 	\\\hline

A\_ARG\_247-A\_GLU\_245	\\\hline
\textcolor{red}{B\_LYS\_510-A\_GLU\_292}	\\\hline


%kiwi
\rowcolor{gray}{\textcolor{blue}{A comparison between 5JQ3 and 6F6I}}	\\\hline
\rowcolor{gray}{Common salt bridges between 5JQ3 and 6F6I}	\\\hline
A\_ARG\_85-A\_GLU\_178	\\\hline
A\_ARG\_85-A\_GLU\_178	\\\hline
A\_LYS\_114-A\_GLU\_120	\\\hline
A\_LYS\_114-A\_GLU\_120	\\\hline
A\_ARG\_130-A\_ASP\_163	\\\hline
A\_HIS\_154-A\_GLU\_178	\\\hline
A\_ARG\_164-A\_ASP\_163	\\\hline
A\_ARG\_164-A\_ASP\_163	\\\hline
A\_ARG\_266-A\_ASP\_237	\\\hline
B\_HIS\_516-B\_GLU\_545	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline

Structurally identified 5JQ3-only salt bridges 	\\\hline
A\_HIS\_39-A\_ASP\_55	\\\hline
A\_HIS\_39-A\_ASP\_55	\\\hline


Structurally identified 6F6I-only salt bridges 	\\\hline

A\_LYS\_140-A\_GLU\_112	\\\hline
A\_ARG\_247-A\_GLU\_245	\\\hline
\textcolor{red}{B\_LYS\_510-A\_GLU\_292}	\\\hline
B\_HIS\_628-B\_ASP\_629	\\\hline
B\_HIS\_628-B\_ASP\_629	\\\hline


%kiwi
\rowcolor{gray}{\textcolor{blue}{A comparison between 5JQ3 and 6F6N}}	\\\hline
\rowcolor{gray}{Common salt bridges between 5JQ3 and 6F6N}	\\\hline
A\_ARG\_85-A\_GLU\_178	\\\hline
A\_ARG\_85-A\_GLU\_178	\\\hline
A\_LYS\_114-A\_GLU\_120	\\\hline
A\_LYS\_114-A\_GLU\_120	\\\hline
A\_ARG\_130-A\_ASP\_163	\\\hline
A\_HIS\_154-A\_GLU\_178	\\\hline
A\_ARG\_164-A\_ASP\_163	\\\hline
A\_ARG\_164-A\_ASP\_163	\\\hline
A\_ARG\_266-A\_ASP\_237	\\\hline
B\_HIS\_516-B\_GLU\_545	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline

Structurally identified 5JQ3-only salt bridges 	\\\hline
A\_HIS\_39-A\_ASP\_55	\\\hline
A\_HIS\_39-A\_ASP\_55	\\\hline


Structurally identified 6F6N-only salt bridges 	\\\hline

A\_LYS\_50-A\_ASP\_49	\\\hline
A\_LYS\_50-A\_ASP\_49	\\\hline
A\_ARG\_247-A\_GLU\_245	\\\hline
A\_LYS\_276-A\_GLU\_245	\\\hline
\textcolor{red}{B\_LYS\_510-A\_GLU\_292}	\\\hline
\textcolor{green}{B\_LYS\_588-A\_ASP\_47}	\\\hline
\textcolor{green}{B\_LYS\_588-A\_ASP\_47}	\\\hline


%kiwi
\rowcolor{gray}{\textcolor{blue}{A comparison between 5JQ3 and 6F6S}}	\\\hline
\rowcolor{gray}{Common salt bridges between 5JQ3 and 6F6S}	\\\hline
A\_ARG\_85-A\_GLU\_178	\\\hline
A\_ARG\_85-A\_GLU\_178	\\\hline
A\_LYS\_114-A\_GLU\_120	\\\hline
A\_LYS\_114-A\_GLU\_120	\\\hline
A\_ARG\_130-A\_ASP\_163	\\\hline
A\_HIS\_154-A\_GLU\_178	\\\hline
A\_ARG\_164-A\_ASP\_163	\\\hline
A\_ARG\_164-A\_ASP\_163	\\\hline
B\_HIS\_516-B\_GLU\_545	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline

Structurally identified 5JQ3-only salt bridges 	\\\hline
A\_HIS\_39-A\_ASP\_55	\\\hline
A\_HIS\_39-A\_ASP\_55	\\\hline
A\_ARG\_266-A\_ASP\_237	\\\hline


Structurally identified 6F6S-only salt bridges 	\\\hline

\textcolor{red}{B\_LYS\_510-A\_GLU\_292}	\\\hline
\textcolor{red}{B\_LYS\_510-A\_GLU\_292}	\\\hline
\textcolor{green}{B\_LYS\_588-A\_ASP\_47}	\\\hline
\textcolor{green}{B\_LYS\_588-A\_ASP\_47}	\\\hline
B\_LYS\_617-B\_ASP\_614	\\\hline


%kiwi
\rowcolor{gray}{\textcolor{blue}{A comparison between 5JQ3 and 6G95}}	\\\hline
\rowcolor{gray}{Common salt bridges between 5JQ3 and 6G95}	\\\hline
A\_HIS\_39-A\_ASP\_55	\\\hline
A\_HIS\_39-A\_ASP\_55	\\\hline
A\_ARG\_85-A\_GLU\_178	\\\hline
A\_ARG\_85-A\_GLU\_178	\\\hline
A\_LYS\_114-A\_GLU\_120	\\\hline
A\_LYS\_114-A\_GLU\_120	\\\hline
A\_ARG\_130-A\_ASP\_163	\\\hline
A\_HIS\_154-A\_GLU\_178	\\\hline
A\_ARG\_164-A\_ASP\_163	\\\hline
A\_ARG\_164-A\_ASP\_163	\\\hline
A\_ARG\_266-A\_ASP\_237	\\\hline
B\_HIS\_516-B\_GLU\_545	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline

Structurally identified 5JQ3-only salt bridges 	\\\hline
No 5JQ3-only salt bridge was structurally identified here\\\hline


Structurally identified 6G95-only salt bridges 	\\\hline

A\_LYS\_140-A\_GLU\_112	\\\hline


%kiwi
\rowcolor{gray}{\textcolor{blue}{A comparison between 5JQ3 and 6G9B}}	\\\hline
\rowcolor{gray}{Common salt bridges between 5JQ3 and 6G9B}	\\\hline
A\_ARG\_85-A\_GLU\_178	\\\hline
A\_ARG\_85-A\_GLU\_178	\\\hline
A\_LYS\_114-A\_GLU\_120	\\\hline
A\_LYS\_114-A\_GLU\_120	\\\hline
A\_ARG\_130-A\_ASP\_163	\\\hline
A\_HIS\_154-A\_GLU\_178	\\\hline
A\_ARG\_164-A\_ASP\_163	\\\hline
A\_ARG\_164-A\_ASP\_163	\\\hline
A\_ARG\_266-A\_ASP\_237	\\\hline
B\_HIS\_516-B\_GLU\_545	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline

Structurally identified 5JQ3-only salt bridges 	\\\hline
A\_HIS\_39-A\_ASP\_55	\\\hline
A\_HIS\_39-A\_ASP\_55	\\\hline


Structurally identified 6G9B-only salt bridges 	\\\hline

A\_LYS\_140-A\_GLU\_112	\\\hline
A\_ARG\_172-A\_GLU\_120	\\\hline
A\_ARG\_247-A\_GLU\_245	\\\hline
\textcolor{red}{B\_LYS\_510-A\_GLU\_292}	\\\hline
\textcolor{green}{B\_LYS\_588-A\_ASP\_47}	\\\hline
\textcolor{green}{B\_LYS\_588-A\_ASP\_47}	\\\hline
B\_LYS\_617-B\_ASP\_614	\\\hline
B\_HIS\_628-B\_ASP\_629	\\\hline
B\_HIS\_628-B\_ASP\_629	\\\hline


%kiwi
\rowcolor{gray}{\textcolor{blue}{A comparison between 5JQ3 and 6G9I}}	\\\hline
\rowcolor{gray}{Common salt bridges between 5JQ3 and 6G9I}	\\\hline
A\_HIS\_39-A\_ASP\_55	\\\hline
A\_HIS\_39-A\_ASP\_55	\\\hline
A\_ARG\_85-A\_GLU\_178	\\\hline
A\_ARG\_85-A\_GLU\_178	\\\hline
A\_LYS\_114-A\_GLU\_120	\\\hline
A\_LYS\_114-A\_GLU\_120	\\\hline
A\_ARG\_130-A\_ASP\_163	\\\hline
A\_HIS\_154-A\_GLU\_178	\\\hline
A\_ARG\_164-A\_ASP\_163	\\\hline
A\_ARG\_164-A\_ASP\_163	\\\hline
A\_ARG\_266-A\_ASP\_237	\\\hline
B\_HIS\_516-B\_GLU\_545	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline

Structurally identified 5JQ3-only salt bridges 	\\\hline
No 5JQ3-only salt bridge was structurally identified here\\\hline


Structurally identified 6G9I-only salt bridges 	\\\hline

B\_LYS\_622-B\_ASP\_621	\\\hline
B\_LYS\_622-B\_ASP\_621	\\\hline


%kiwi
\rowcolor{gray}{\textcolor{blue}{A comparison between 5JQ3 and 6HRO}}	\\\hline
\rowcolor{gray}{Common salt bridges between 5JQ3 and 6HRO}	\\\hline
A\_ARG\_85-A\_GLU\_178	\\\hline
A\_ARG\_85-A\_GLU\_178	\\\hline
A\_LYS\_114-A\_GLU\_120	\\\hline
A\_LYS\_114-A\_GLU\_120	\\\hline
A\_ARG\_130-A\_ASP\_163	\\\hline
A\_HIS\_154-A\_GLU\_178	\\\hline
A\_ARG\_164-A\_ASP\_163	\\\hline
A\_ARG\_164-A\_ASP\_163	\\\hline
A\_ARG\_266-A\_ASP\_237	\\\hline
B\_HIS\_516-B\_GLU\_545	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline

Structurally identified 5JQ3-only salt bridges 	\\\hline
A\_HIS\_39-A\_ASP\_55	\\\hline
A\_HIS\_39-A\_ASP\_55	\\\hline


Structurally identified 6HRO-only salt bridges 	\\\hline

\textcolor{red}{B\_LYS\_510-A\_GLU\_292}	\\\hline
\textcolor{green}{B\_LYS\_588-A\_ASP\_47}	\\\hline
\textcolor{green}{B\_LYS\_588-A\_ASP\_47}	\\\hline


%kiwi
\rowcolor{gray}{\textcolor{blue}{A comparison between 5JQ3 and 6HS4}}	\\\hline
\rowcolor{gray}{Common salt bridges between 5JQ3 and 6HS4}	\\\hline
A\_HIS\_39-A\_ASP\_55	\\\hline
A\_HIS\_39-A\_ASP\_55	\\\hline
A\_ARG\_85-A\_GLU\_178	\\\hline
A\_ARG\_85-A\_GLU\_178	\\\hline
A\_LYS\_114-A\_GLU\_120	\\\hline
A\_LYS\_114-A\_GLU\_120	\\\hline
A\_ARG\_130-A\_ASP\_163	\\\hline
A\_HIS\_154-A\_GLU\_178	\\\hline
A\_ARG\_164-A\_ASP\_163	\\\hline
A\_ARG\_164-A\_ASP\_163	\\\hline
A\_ARG\_266-A\_ASP\_237	\\\hline
B\_HIS\_516-B\_GLU\_545	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline
B\_ARG\_559-A\_GLU\_103	\\\hline

Structurally identified 5JQ3-only salt bridges 	\\\hline
No 5JQ3-only salt bridge was structurally identified here\\\hline


Structurally identified 6HS4-only salt bridges 	\\\hline

\textcolor{green}{B\_LYS\_588-A\_ASP\_47}	\\\hline
\textcolor{green}{B\_LYS\_588-A\_ASP\_47}	\\\hline


%kiwi



\caption{PDBID-specific comparison of structurally identified salt bridging networks of Ebola glycoprotein (complexed with small molecules) structures inside Protein Data Bank (PDB \cite{Berman2003Announcing}) as of \today. . }
\label{tab:titles4}
\end{longtable}
\end{small}


