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Table 1 Candidate target proteins in acanthocephalans and known drugs predicted to bind to them

From: Identification of antiparasitic drug targets using a multi-omics workflow in the acanthocephalan model

Protein identifier

PFAM motif

Subcellular localization

Ligand (Drugs-lib in MTiOpenScreen [78])

Binding energy (kcal/mol)

1609#

glycosyl transferase

Golgi apparatus, membrane

Pranazepide (Derquantel)

−10.9

4617

troponin

nucleus, soluble

Derquantel

−9.0

5995#

amine lyase

cytoplasm, soluble

Tadalafil

−9.0

7137#

protein kinase

nucleus, soluble

Casopitant

−10.8

8627

unknown function

cell membrane, membrane

Afacifenacin

−11.4

8750#

PIP5K

cytoplasm, soluble

Piketoprofen

−9.9

8763#

NAD binding

peroxisome, soluble

Bemcentinib

−11.8

9169#

phosphatidic acid phosphatase

cell membrane, membrane

Tadalafil

−9.2

9190#

dopamine beta-monooxygenase

cell membrane, membrane

Fluazuron

−12.9

9257

RNA recognition motif

nucleus, soluble

Heliomycin

−9.1

9684#

–

cytoplasm, soluble

Etoposide

−9.4

  1. Ligands predicted to bind strongest with a minimum free energy of −9 kcal/mol are shown. Parentheses give a case of second most strongly binding by derquantel. Hash signs mark proteins predicted to possess enzyme activity based on ECPred
  2. PFAM Protein families
  3. Standard InChI keys and 2D structures of the ligands are available in Supplementary Table S10