The Fort Worth Press - 'AI doctor' better at predicting patient outcomes, including death

USD -
AED 3.672496
AFN 64.000194
ALL 81.719319
AMD 368.499257
ANG 1.790403
AOA 913.116019
ARS 1429.268702
AUD 1.415008
AWG 1.801525
AZN 1.697004
BAM 1.684662
BBD 2.014307
BDT 122.763646
BGN 1.69088
BHD 0.377198
BIF 2989.857226
BMD 1
BND 1.282253
BOB 6.910839
BRL 5.047397
BSD 1.000134
BTN 94.672782
BWP 13.41861
BYN 2.768827
BYR 19600
BZD 2.011413
CAD 1.39817
CDF 2294.999901
CHF 0.793615
CLF 0.022746
CLP 895.199882
CNY 6.771499
CNH 6.758525
COP 3492.51
CRC 454.982019
CUC 1
CUP 26.5
CVE 94.978251
CZK 20.802202
DJF 178.089213
DKK 6.439103
DOP 58.780714
DZD 132.880346
EGP 50.350395
ERN 15
ETB 161.237628
EUR 0.86155
FJD 2.237201
FKP 0.746148
GBP 0.745045
GEL 2.655028
GGP 0.746148
GHS 11.101445
GIP 0.746148
GMD 73.000013
GNF 8761.079479
GTQ 7.62406
GYD 209.236521
HKD 7.834085
HNL 26.744076
HRK 6.487796
HTG 130.714732
HUF 301.947501
IDR 17726
ILS 2.911703
IMP 0.746148
INR 94.62135
IQD 1310.156512
IRR 1375877.498196
ISK 124.590317
JEP 0.746148
JMD 158.526028
JOD 0.708984
JPY 160.18103
KES 129.379887
KGS 87.450013
KHR 4019.208821
KMF 426.000365
KPW 900.00035
KRW 1514.030332
KWD 0.30823
KYD 0.833473
KZT 489.555787
LAK 22021.999604
LBP 89562.850473
LKR 332.536555
LRD 182.018649
LSL 16.177014
LTL 2.95274
LVL 0.60489
LYD 6.359584
MAD 9.24575
MDL 17.396473
MGA 4155.30719
MKD 53.088084
MMK 2099.090156
MNT 3576.689019
MOP 8.070461
MRU 39.92506
MUR 47.119774
MVR 15.459994
MWK 1734.220557
MXN 17.211445
MYR 4.050402
MZN 63.901722
NAD 16.176944
NGN 1359.180092
NIO 36.806698
NOK 9.52483
NPR 151.476624
NZD 1.71296
OMR 0.384505
PAB 1.00006
PEN 3.401239
PGK 4.380015
PHP 60.331023
PKR 278.247736
PLN 3.658025
PYG 6123.407023
QAR 3.646058
RON 4.510902
RSD 101.090154
RUB 72.530323
RWF 1469.173289
SAR 3.752094
SBD 8.045573
SCR 13.697273
SDG 600.500101
SEK 9.38855
SGD 1.282225
SHP 0.746601
SLE 24.649504
SLL 20969.503664
SOS 571.527015
SRD 37.509498
STD 20697.981008
STN 21.103498
SVC 8.750743
SYP 110.532098
SZL 16.174171
THB 32.553502
TJS 9.270929
TMT 3.51
TND 2.926901
TOP 2.40776
TRY 46.269498
TTD 6.788552
TWD 31.531099
TZS 2626.503005
UAH 44.83735
UGX 3715.140944
UYU 40.562483
UZS 11980.705457
VES 581.95784
VND 26290
VUV 119.50104
WST 2.743493
XAF 565.02961
XAG 0.014105
XAU 0.000231
XCD 2.70255
XCG 1.802434
XDR 0.703376
XOF 565.02961
XPF 102.727985
YER 238.598748
ZAR 16.213695
ZMK 9001.200372
ZMW 17.580733
ZWL 321.999592
  • RYCEF

    0.6300

    18.13

    +3.47%

  • RBGPF

    0.0000

    60.72

    0%

  • GSK

    -0.0800

    52.96

    -0.15%

  • CMSC

    0.0600

    22.39

    +0.27%

  • BCE

    0.0381

    24.315

    +0.16%

  • VOD

    -0.4100

    15.12

    -2.71%

  • BTI

    -0.1850

    62.135

    -0.3%

  • RELX

    -0.3000

    33.44

    -0.9%

  • BCC

    1.3100

    72.45

    +1.81%

  • RIO

    0.8600

    106.21

    +0.81%

  • CMSD

    0.0010

    22.261

    0%

  • BP

    -1.3250

    41.455

    -3.2%

  • NGG

    -0.6300

    81.21

    -0.78%

  • AZN

    -1.1300

    177.62

    -0.64%

  • JRI

    0.1385

    12.805

    +1.08%

'AI doctor' better at predicting patient outcomes, including death
'AI doctor' better at predicting patient outcomes, including death / Photo: © AFP/File

'AI doctor' better at predicting patient outcomes, including death

Artificial intelligence has proven itself useful in reading medical imaging and even shown it can pass doctors' licensing exams.

Text size:

Now, a new AI tool has demonstrated the ability to read physicians' notes and accurately anticipate patients' risk of death, readmission to hospital, and other outcomes important to their care.

Designed by a team at NYU Grossman School of Medicine, the software is currently in use at the university's affiliated hospitals throughout New York, with the hope that it will become a standard part of health care.

A study on its predictive value was published Wednesday in the journal Nature.

Lead author Eric Oermann, an NYU neurosurgeon and computer scientist, told AFP that while non-AI predictive models have been around in medicine for a long time, they were hardly used in practice because the data they needed requires cumbersome reorganization and formatting.

But "one thing that's common in medicine everywhere, is physicians write notes about what they've seen in clinic, what they've discussed with patients," he said.

"So our basic insight was, can we start with medical notes as our source of data, and then build predictive models on top of it?"

The large language model, called NYUTron, was trained on millions of clinical notes from the health records of 387,000 people who received care within NYU Langone hospitals between January 2011 and May 2020.

These included any records written by doctors, such as patient progress notes, radiology reports and discharge instructions, resulting in a 4.1-billion-word corpus.

One of the key challenges for the software was interpreting the natural language that physicians write in, which varies greatly among individuals, including in the abbreviations they choose.

By looking back at records of what happened, researchers were able to calculate how often the software's predictions turned out to be accurate.

They also tested the tool in live environments, training it on the records from, for example, a hospital in Manhattan then seeing how it fared in a Brooklyn hospital, with different patient demographics.

- Not a substitute for humans -

Overall, NYUTron identified an unnerving 95 percent of people who died in hospital before they were discharged, and 80 percent of patients who would be readmitted within 30 days.

It outperformed most doctors on its predictions, as well as the non-AI computer models used today.

But, to the team's surprise, "the most senior physician who's actually a very famous physician, he had superhuman performance, better than the model," said Oermann.

"The sweet spot for technology and medicine isn't that it's going to always deliver necessarily superhuman results, but it's going to really bring up that baseline."

NYUTron also correctly estimated 79 percent of patients' actual length of stay, 87 percent of cases where patients were denied coverage by insurance, and 89 percent of cases where a patient's primary disease was accompanied by additional conditions.

AI will never be a substitute for the physician-patient relationship, said Oermann. Rather, they will help "provide more information for physicians seamlessly at the point-of-care so they can make more informed decisions."

A.Williams--TFWP