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row_id
string
series_id
string
timepoint_h
int64
organism
string
strain_id
string
drug_a
string
drug_b
string
stress_index
float64
baseline_mic_a_mg_L
float64
baseline_mic_b_mg_L
float64
mic_a_mg_L
float64
mic_b_mg_L
float64
a_resistant_cutoff_mg_L
float64
b_susceptible_floor_mg_L
float64
b_sensitivity_fold_change
float64
media
string
assay_method
string
source_type
string
collateral_sensitivity_signal
int64
earliest_collateral_sensitivity
int64
notes
string
ABXCT003-TR-0001
S1
0
Escherichia coli
EC-CLIN101
ciprofloxacin
gentamicin
0.1
0.25
2
0.25
2
4
0.5
1
CAMHB
MIC_broth_microdilution
simulated
0
0
baseline
ABXCT003-TR-0002
S1
12
Escherichia coli
EC-CLIN101
ciprofloxacin
gentamicin
0.9
0.25
2
4
1
4
0.5
2
CAMHB
MIC_broth_microdilution
simulated
1
1
A crosses resistant B drops 2x
ABXCT003-TR-0003
S1
24
Escherichia coli
EC-CLIN101
ciprofloxacin
gentamicin
0.9
0.25
2
8
0.5
4
0.5
4
CAMHB
MIC_broth_microdilution
simulated
1
0
pattern persists
ABXCT003-TR-0004
S2
0
Klebsiella pneumoniae
KP-CLIN220
meropenem
amikacin
0.1
0.5
4
0.5
4
8
1
1
CAMHB
MIC_broth_microdilution
simulated
0
0
baseline
ABXCT003-TR-0005
S2
24
Klebsiella pneumoniae
KP-CLIN220
meropenem
amikacin
0.9
0.5
4
16
2
8
1
2
CAMHB
MIC_broth_microdilution
simulated
1
1
A crosses B drops 2x
ABXCT003-TR-0006
S2
48
Klebsiella pneumoniae
KP-CLIN220
meropenem
amikacin
0.9
0.5
4
32
1
8
1
4
CAMHB
MIC_broth_microdilution
simulated
1
0
persists
ABXCT003-TR-0007
S3
0
Pseudomonas aeruginosa
PA-CLIN330
ciprofloxacin
tobramycin
0.1
0.25
1
0.25
1
4
0.25
1
CAMHB
MIC_broth_microdilution
simulated
0
0
baseline
ABXCT003-TR-0008
S3
24
Pseudomonas aeruginosa
PA-CLIN330
ciprofloxacin
tobramycin
0.9
0.25
1
4
1
4
0.25
1
CAMHB
MIC_broth_microdilution
simulated
0
0
B did not drop
ABXCT003-TR-0009
S4
0
Escherichia coli
EC-CLIN600
ciprofloxacin
gentamicin
0.1
0.25
2
0.25
2
4
0.5
1
CAMHB
MIC_broth_microdilution
simulated
0
0
baseline
ABXCT003-TR-0010
S4
24
Escherichia coli
EC-CLIN600
ciprofloxacin
gentamicin
0.3
0.25
2
4
0.5
4
0.5
4
CAMHB
MIC_broth_microdilution
simulated
0
0
stress low even though pattern exists

license: mit language: - en pretty_name: ABX-CT-003 Collateral Sensitivity Pattern tags: - antibiotics - combination-therapy - collateral-sensitivity - mic - resistance - tabular task_categories: - tabular-classification size_categories: - n<1k

ABX-CT-003 Collateral Sensitivity Pattern

Purpose

Detect the paired pattern where resistance to Drug A coincides with increased sensitivity to Drug B.

Core pattern

  • stress_index high
  • Drug A MIC crosses a_resistant_cutoff_mg_L
  • Drug B MIC drops at least 2x vs baseline and reaches a low floor
  • Drug B drop occurs at the same or next timepoint in v1

Files

  • data/train.csv
  • data/test.csv
  • scorer.py

Schema

Each row is one timepoint in a within strain series.

Required columns

  • row_id
  • series_id
  • timepoint_h
  • organism
  • strain_id
  • drug_a
  • drug_b
  • stress_index
  • baseline_mic_a_mg_L
  • baseline_mic_b_mg_L
  • mic_a_mg_L
  • mic_b_mg_L
  • a_resistant_cutoff_mg_L
  • b_susceptible_floor_mg_L
  • b_sensitivity_fold_change
  • media
  • assay_method
  • source_type
  • collateral_sensitivity_signal
  • earliest_collateral_sensitivity

Labels

  • collateral_sensitivity_signal

    • 1 for rows at or after the first detected collateral sensitivity row
  • earliest_collateral_sensitivity

    • 1 only for the first detected row in that series

Scorer logic in v1

  • baseline Drug A must be below resistant cutoff
  • find first time Drug A crosses resistant cutoff under stress
  • collateral sensitivity triggers if Drug B at the same or next timepoint
    • drops by at least 2x vs baseline
    • reaches b_susceptible_floor_mg_L or lower

Evaluation

Run

  • python scorer.py --path data/test.csv
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