Search for antimicrobial combinations!
I can help you find antimicrobial combinations. If you do not want this assistance or want to cancel at any time, pressESC key
Search by organism
Select an organism from the database lookup list
For example select Enterobacter cloacae
Search by antimicrobial combination
Now we try to perform more complex searches to access more refined information.
For example select Pseudomonas Aeruginosa
Search by antimicrobial agent
Select one antimicrobial agent in order to view all of its combinations
For example select Albumin
Search by antimicrobial agent
Here you can select one antimicrobial agent in order to view all combinations experimented for one compound related with Pseudomonas Aeruginosa.
For example select Netilmicin
Select all nodes related to two antimicrobial components
Below we will find a path between two compounds for this it's needed pass through with others in order to find a possible relationship
For example select Diacetyl
Select another compound
Now select Albumin
You are ready to trigger the search!
Click in the search button order to view the specified antimicrobial combination network
Reset all options in order to view another example
Please, click in reset button to continue with tutorial.
One last example
Below we will look for all nodes that are related by antagonism.
Please select Antagonism option
Changing the node size
Here you can change all node size. Please, try it.
Searching one node in current network
You can change the size of one specific node in order to find it.
For example write Mucin
Optimising search
You can use this option in order to search only the path between the two nodes (without there directly related nodes)
All nodes whit same size
You can use this option in order to fix all node size in the network
You may explore the requested network
Following our example, you can see the network representing all combinations related to
Enterobacter cloacae
. You may explore the network by clicking and dragging with the mouse. You can also change the
zoom level
with the
mouse wheel.(Only after clicking in network!)
You may explore the requested network
This is the Albuminin combination network.
You may explore the requested network
Wow! This network is too large.
Maybe you can not see the node that you were looking for...
ok let's fix it
You may explore the requested network
Here you can see the compound Netilmicin in relation to the Pseudomonas Aeruginosa organism.
When the tutorial ends you can click in one node or one edge in order to obtain more information about it.
You may explore the requested network
Here you can see a possible path between two different compounds and nodes that are directly related.
if there is no path only it is showed part of the path that has been found.
How to understand the network
Now you can see all mucin nodes with a different size.
Maybe you're wondering, what colors of each node and its size this shape corresponds?
Our legend
Here you can a common legend for all networks.
The colors of each node (as well as its size) correspond to the number of relationships that it has.
Each type of node has a specific shape such as a circle, a square, etc. You must be pay attention of
this legend, because it can be changed when the database grows.
Search by Organism
Enter a organism name. The web will attempt to do auto-completion on the string you have entered based on the contents of the database.
If you select one of the auto-complete options, then when you submit the form you will be taken all antimicrobial agents in database related to this organism and their combinations.
Search by antimicrobial agent
Enter a antimicrobial agent. The web will attempt to do auto-completion on the string you have entered based on the contents of the database.
If you select one of the auto-complete options, then when you submit the form you will be taken all antimicrobial agents in database that interact to this antimicrobial agent and their combinations.
Search by antimicrobial combination
if you select two antimicrobial agents,
then when you submit the form you will be taken a possible way of investigation between node A and node B through different nodes as well as direct nodes on both compounds.
Search by interaction type
Enter one antimicrobial interaction. The web will attempt to do auto-completion on the string you have entered based on the contents of the database.
If you select one of the auto-complete options, then when you submit the form you will be taken all antimicrobial interactions in database related of type selected.
Combinate all options for more advanced filters
You can use only one option of form or You can combine all the different options for find more specific data, for example a specific combination (Ex. Additiveness/indifference) related to an organism (Ex. Pseudomonas Aureginosa)
More help in guideline tour
If you need further assistances it is recommended view the guideline tour
Antimicrobial Combination Networks
Antimicrobial combinations
Loading...
Click on nodes or edges to obtain more information
Node Size
These data are for the whole network, once you select a sub-network, statistics will be search-dependent.
Calculating data...
This heat map represents the strength of the antimicrobial combinations in the database. Click in one cell to obtain the corresponding network
Specifically, it details for each antimicrobial agent in the database the number of studies that reporting a given combinatory effect.
Antimicrobial Agents | Additiveness | Additiveness/indifference | Antagonism | Antagonism/indifference | Indifference | Synergy | Synergy/additiveness |
---|---|---|---|---|---|---|---|
(e)-2-hexenal | |||||||
*ARVA | |||||||
1,2-dicapryroyl-rac-glycerol | |||||||
2-mercaptoethane sulphonate | |||||||
5% whole cow's milk | |||||||
5-Fluorocytosine | |||||||
6752 | |||||||
9,3"-di-o-acetylmidecamycin | |||||||
9,3"-di-O-acetylmidecamycin (MOM) | |||||||
acetate | |||||||
acid ph | |||||||
Acidic calcium sulfate | |||||||
acidic ph | |||||||
Acidification | |||||||
AEBSF | |||||||
age polymer brush | |||||||
alahopcin | |||||||
Alamethicin | |||||||
albumin | |||||||
Alginate | |||||||
Allicin | |||||||
allyl glycidyl ether (age) polymer brush | |||||||
aluminum chloride | |||||||
aluminum lactate | |||||||
Amikacin | |||||||
Aminocandin | |||||||
Amoxicillin | |||||||
amoxicillin-clavulanate | |||||||
Amoxicillin/clavulanic acid | |||||||
Amphipathic β-sheet peptide-PEG-PS resin conjugate | |||||||
Amphipathic-2D | |||||||
Amphotericin | |||||||
Amphotericin B | |||||||
Ampicillin | |||||||
Ampicillin/sulbactam | |||||||
amylovorin l | |||||||
Anal 3 | |||||||
Anidulafungin | |||||||
Anionic peptide (AP), H-GADDDDD-OH | |||||||
Anionic peptide 2 (AP2) | |||||||
asabf | |||||||
ASABF-α | |||||||
ascites | |||||||
Ascorbic Acid | |||||||
Azithromycin | |||||||
Azlocillin | |||||||
Aztreonam | |||||||
Bacitracin | |||||||
bactenecin | |||||||
Bacteriophage φ35 | |||||||
Bacteriophage φ88 | |||||||
BAL30072 | |||||||
Benzylpenicillin | |||||||
Berberine | |||||||
Bestatin | |||||||
bismuth ethanedithiol | |||||||
blood plasma | |||||||
bmap-28 | |||||||
Bombinin | |||||||
Bovicin HC5 | |||||||
Brevinin-2CE | |||||||
bronchoalveolar lavage fluid | |||||||
buforin ii | |||||||
C12LF11 lauryl | |||||||
C9343 | |||||||
ca-ma | |||||||
ca-ma analogue p5 | |||||||
Ca2+ | |||||||
Ca2+ plus Mg2+ | |||||||
CaCl2 | |||||||
Calcium | |||||||
Calcium Chloride | |||||||
Calcium lactate | |||||||
cama | |||||||
cap11 | |||||||
cap18 | |||||||
CAP18106–137 | |||||||
Caprylic acid | |||||||
Carbenicillin | |||||||
Carbon dioxide | |||||||
carboxymethylcellulose | |||||||
carvacrol | |||||||
Carvone | |||||||
Casein | |||||||
Casein hydrolysate | |||||||
Casein phosphooligopeptide | |||||||
Caspofungin | |||||||
Cateslytin | |||||||
Cathepsin B | |||||||
Cathepsin L | |||||||
Cathepsin S | |||||||
cb-182,804 | |||||||
Cecropin A | |||||||
Cecropin A-melittin peptide CA(1-7)M(2-9)NH(2) hybrid | |||||||
cecropin p1 | |||||||
Cefazolin | |||||||
Cefazolin sodium | |||||||
Cefepime | |||||||
Cefoperazone | |||||||
Cefoperazone/Sulbactam | |||||||
Cefotaxime | |||||||
Cefpiramide | |||||||
Ceftazidime | |||||||
Ceftiofur | |||||||
Ceftizoxime | |||||||
Ceftriaxone | |||||||
ceftriaxone sodium | |||||||
cefuroxime sodium | |||||||
cema | |||||||
ceme | |||||||
Cepacian | |||||||
Cephaloridine | |||||||
Cephalothin | |||||||
Cephazolin sodium | |||||||
cerebrospinal fluid | |||||||
chbac5 | |||||||
Chitosan-allyl isothiocyanate coating | |||||||
Chloramphenicol | |||||||
Chlorhexidine | |||||||
chlorous acid | |||||||
Chlortetracycline | |||||||
Cholic Acid | |||||||
Cinnamic acid | |||||||
Cinnamon | |||||||
Ciprofloxacin | |||||||
citrate | |||||||
Citrate-plasma | |||||||
Citric Acid | |||||||
citropin 1.1 | |||||||
Clarithromycin | |||||||
Clindamycin | |||||||
Clotrimazole | |||||||
Cloxacillin | |||||||
CM1 | |||||||
CM2 | |||||||
CM3 | |||||||
CM4 | |||||||
CM5 | |||||||
CM6 | |||||||
CM7 | |||||||
co2 | |||||||
cold-pressed terpeneless valencia oil | |||||||
Colistin | |||||||
colistin methanesulfonate | |||||||
cone essential oil of metasequoia glyptostroboides | |||||||
Copper(II) chloride | |||||||
CP201 | |||||||
CP202 | |||||||
CP203 | |||||||
CP204 | |||||||
CP205 | |||||||
CP206 | |||||||
CP207 | |||||||
CP208 | |||||||
CP209 | |||||||
CP210 | |||||||
CPα1 | |||||||
CPα2 | |||||||
CPα3 | |||||||
csa-13 | |||||||
cucl2 | |||||||
Curvacin A | |||||||
curvaticin 13 | |||||||
Cyclic peptide 6752 | |||||||
cyclo(L-leu-L-pro) | |||||||
cyclo(l-leucyl-l-prolyl) | |||||||
cyclo(l-phe-l-pro) | |||||||
cyclo(l-phenylalanyl-l-prolyl) | |||||||
Cycloserine | |||||||
CYSTEINE | |||||||
D-Aspartic Acid | |||||||
D-Cysteine | |||||||
D-enantiomer of PMBN (polymyxin B nonapeptide) | |||||||
D-Glutamic Acid | |||||||
d-Limonene | |||||||
D-Limonene nanoemulsion | |||||||
D9R | |||||||
Daptomycin | |||||||
DD(13) | |||||||
defensins | |||||||
Dermaseptin B2 | |||||||
dermaseptin s3(1-16) | |||||||
Dermaseptin-S3 (1-16) | |||||||
DETA/NO | |||||||
Diacetyl | |||||||
diamide | |||||||
dibromopropamidine isethionate | |||||||
Distinctin | |||||||
DL-α-tocopherol | |||||||
dna | |||||||
DNase | |||||||
Doripenem | |||||||
doxycicline | |||||||
Doxycycline | |||||||
E-64 | |||||||
Echinophora platyloba DC. essential oil | |||||||
EDTA | |||||||
edta-plasma | |||||||
EDTA-Tris | |||||||
EDTA-tromethamine | |||||||
Ellagic Acid | |||||||
Enterocin AS-48 | |||||||
epigallocatechin gallate | |||||||
Epinecidin-1 | |||||||
epinecidin-8 | |||||||
Ertapenem | |||||||
Erythromycin | |||||||
Esculentin-1b (Esc(1–18)) | |||||||
Essential oil of Cuminum cyminum L. seed | |||||||
Essential oil of E. platyloba DC. | |||||||
Ethanol | |||||||
Ethanolic extract of propolis | |||||||
Eugenol | |||||||
F-actin | |||||||
F2 | |||||||
FeCl3 | |||||||
feleucin-bv1 | |||||||
feleucin-bv2 | |||||||
firl | |||||||
flomoxef sodium | |||||||
Flucloxacillin | |||||||
Fluconazole | |||||||
Flucytosine | |||||||
Fosfomycin | |||||||
Fosmidomycin | |||||||
Framycetin | |||||||
Fusidic Acid | |||||||
G10 | |||||||
g10khc | |||||||
GAG-rich wound fluids | |||||||
gallic acid | |||||||
Gallium nitrate | |||||||
Garlic shoot juice | |||||||
Gatifloxacin |