<p>Each node is a community formed by researchers affiliated with Fiocruz. Two communities were considered connected if their members shared the authorship of an article. The size of the nodes is proportional to the number of members of the community. The thickness of the lines indicates the frequency of collaboration. For visualization purposes only the giant component is shown. The communities were numbered from 1 to 9.</p
<p>Each network node represents a participant with culture-positive TB, with node size proportional ...
International audienceCommunity structure is one of the key properties of real-world complex network...
<p>Node size represents the number of collaborators each network member has in the network (larger n...
Collaborative networks are of great value for science and technology (S&T) institutions as a way of ...
<div><p>Collaborative networks are of great value for science and technology (S&T) institutions as a...
A community analysis reveals 5 clusters of nodes that are more related to each other.</p
<p>Node size proportional to the calculated betweenness centrality measure of authors (<a href="http...
The major communities are depicted as nodes, and their size is scaled to the size of their correspon...
<p>Node size proportional to the calculated betweenness centrality measure of institutions. Four ins...
<p>Individual researcher networks are based on co-author networks affiliated with Germany for (A) Le...
Background and aim: The aim of this study was to determine the scientific outputs of Tuberculosis an...
This study examines research collaborations in Malaysia from the perspective of networks. A research...
<p>Each circle (node) represents an institution, and the lines connecting the nodes indicate collabo...
Research collaboration is necessary, rewarding, and beneficial. Cohesion between team members is rel...
<p>Depicted are the communities and the links between them as obtained for , , and . The total numb...
<p>Each network node represents a participant with culture-positive TB, with node size proportional ...
International audienceCommunity structure is one of the key properties of real-world complex network...
<p>Node size represents the number of collaborators each network member has in the network (larger n...
Collaborative networks are of great value for science and technology (S&T) institutions as a way of ...
<div><p>Collaborative networks are of great value for science and technology (S&T) institutions as a...
A community analysis reveals 5 clusters of nodes that are more related to each other.</p
<p>Node size proportional to the calculated betweenness centrality measure of authors (<a href="http...
The major communities are depicted as nodes, and their size is scaled to the size of their correspon...
<p>Node size proportional to the calculated betweenness centrality measure of institutions. Four ins...
<p>Individual researcher networks are based on co-author networks affiliated with Germany for (A) Le...
Background and aim: The aim of this study was to determine the scientific outputs of Tuberculosis an...
This study examines research collaborations in Malaysia from the perspective of networks. A research...
<p>Each circle (node) represents an institution, and the lines connecting the nodes indicate collabo...
Research collaboration is necessary, rewarding, and beneficial. Cohesion between team members is rel...
<p>Depicted are the communities and the links between them as obtained for , , and . The total numb...
<p>Each network node represents a participant with culture-positive TB, with node size proportional ...
International audienceCommunity structure is one of the key properties of real-world complex network...
<p>Node size represents the number of collaborators each network member has in the network (larger n...