Dubai Telegraph - Japan approves stem-cell treatment for Parkinson's in world first

EUR -
AED 4.265142
AFN 73.7474
ALL 94.825822
AMD 427.629306
ANG 2.079324
AOA 1065.557779
ARS 1668.614586
AUD 1.645073
AWG 2.09047
AZN 1.977295
BAM 1.957118
BBD 2.340276
BDT 142.637302
BGN 1.963742
BHD 0.437959
BIF 3473.66439
BMD 1.161372
BND 1.488603
BOB 8.058428
BRL 5.909409
BSD 1.161983
BTN 109.81997
BWP 15.569487
BYN 3.216967
BYR 22762.896035
BZD 2.336974
CAD 1.625828
CDF 2694.383627
CHF 0.919339
CLF 0.026137
CLP 1028.697358
CNY 7.847915
CNH 7.847421
COP 3988.918801
CRC 529.256483
CUC 1.161372
CUP 30.776365
CVE 110.736504
CZK 24.147479
DJF 206.399115
DKK 7.474772
DOP 68.060081
DZD 154.322586
EGP 58.358025
ERN 17.420584
ETB 183.932293
FJD 2.59416
FKP 0.865076
GBP 0.865158
GEL 3.071852
GGP 0.865076
GHS 13.121687
GIP 0.865076
GMD 84.780141
GNF 10193.944601
GTQ 8.857042
GYD 243.063716
HKD 9.097383
HNL 31.011221
HRK 7.534744
HTG 151.752213
HUF 349.335541
IDR 20597.517481
ILS 3.390025
IMP 0.865076
INR 109.674158
IQD 1521.397643
IRR 1596886.839259
ISK 144.40533
JEP 0.865076
JMD 183.773782
JOD 0.823454
JPY 186.187742
KES 150.509241
KGS 101.561907
KHR 4660.009706
KMF 493.582785
KPW 1045.235429
KRW 1755.901781
KWD 0.357923
KYD 0.968352
KZT 566.656795
LAK 25585.030902
LBP 104000.884285
LKR 389.27555
LRD 211.543873
LSL 18.81368
LTL 3.42923
LVL 0.702503
LYD 7.403777
MAD 10.736917
MDL 20.276657
MGA 4877.76365
MKD 61.653348
MMK 2438.186534
MNT 4153.722136
MOP 9.375115
MRU 46.548091
MUR 54.735926
MVR 17.954508
MWK 2016.141924
MXN 19.979201
MYR 4.721905
MZN 74.208509
NAD 18.80873
NGN 1577.503424
NIO 42.518111
NOK 10.996395
NPR 175.710838
NZD 1.995226
OMR 0.446549
PAB 1.161983
PEN 3.963195
PGK 5.095811
PHP 70.09115
PKR 323.21364
PLN 4.237731
PYG 7090.776019
QAR 4.227982
RON 5.23256
RSD 117.38107
RUB 84.200238
RWF 1728.121903
SAR 4.357346
SBD 9.362314
SCR 16.392443
SDG 697.418767
SEK 10.864399
SGD 1.488636
SHP 0.867082
SLE 28.744096
SLL 24353.399583
SOS 663.722162
SRD 43.356369
STD 24038.060706
STN 24.853366
SVC 10.166936
SYP 128.368911
SZL 18.811087
THB 37.782346
TJS 10.771455
TMT 4.076417
TND 3.381626
TOP 2.796306
TRY 53.789339
TTD 7.893317
TWD 36.648281
TZS 3051.509058
UAH 52.0398
UGX 4298.895537
USD 1.161372
UYU 46.912002
UZS 13942.273293
VES 692.220136
VND 30567.317533
VUV 138.048782
WST 3.183573
XAF 656.39912
XAG 0.016508
XAU 0.000268
XCD 3.138666
XCG 2.094193
XDR 0.817255
XOF 656.175448
XPF 119.331742
YER 277.132485
ZAR 18.798205
ZMK 10453.740845
ZMW 20.537833
ZWL 373.96139
  • RBGPF

    0.0000

    62.87

    0%

  • BCE

    -0.2200

    23.82

    -0.92%

  • CMSD

    -0.0600

    22.26

    -0.27%

  • NGG

    0.7100

    82.28

    +0.86%

  • BCC

    -0.0300

    71.56

    -0.04%

  • RIO

    -0.1500

    105.74

    -0.14%

  • GSK

    -0.0100

    52.22

    -0.02%

  • CMSC

    0.0250

    22.365

    +0.11%

  • RYCEF

    0.4800

    18.59

    +2.58%

  • BTI

    0.3200

    61.38

    +0.52%

  • JRI

    0.0300

    12.81

    +0.23%

  • RELX

    -0.0400

    32.8

    -0.12%

  • BP

    -0.4400

    41.15

    -1.07%

  • VOD

    -0.1100

    14.89

    -0.74%

  • AZN

    1.4400

    178.71

    +0.81%

Japan approves stem-cell treatment for Parkinson's in world first
Japan approves stem-cell treatment for Parkinson's in world first / Photo: John SAEKI, Adrian LEUNG - AFP

Japan approves stem-cell treatment for Parkinson's in world first

Japan has approved ground-breaking stem-cell treatments for Parkinson's and severe heart failure, one of the manufacturers and media reports said Friday, with the therapies expected to reach patients within months.

Text size:

Pharmaceutical company Sumitomo Pharma said it received the green light for the manufacture and sale of Amchepry, its Parkinson's disease treatment that transplants stem cells into a patient's brain.

Japan's health ministry also gave the go-ahead to ReHeart, heart muscle sheets developed by medical startup Cuorips that can help form new blood vessels and restore heart function, media reports said.

The treatments could be on the market and rolled out to patients as early as this summer, reports said, citing the health ministry, becoming the world's first commercially available medical products using (iPS) cells.

Japanese scientist Shinya Yamanaka won the Nobel Prize in 2012 for his research into iPS, which have the potential to develop into any cell in the body.

"I hope this will bring relief to patients not only in Japan but around the world," health minister Kenichiro Ueno told a press conference.

"We will promptly carry out all necessary procedures to ensure it reaches all patients without fail."

In a statement, Sumitomo Pharma said it had obtained "conditional and time-limited approval" for the manufacture and marketing of Amchepry under a system which is reportedly designed to get these products to patients as quickly as possible.

The approval is a kind of "provisional license", the Asahi newspaper said, after the safety and efficacy of the treatment was judged based on data from fewer patients than in ordinary clinical trials for drugs.

A trial led by Kyoto University researchers indicated that the company's treatment was safe and successful in improving symptoms.

The study involved seven Parkinson's patients aged between 50 and 69, with each receiving a total of either five million or 10 million cells implanted on both sides of the brain.

The iPS cells from healthy donors were developed into the precursors of dopamine-producing brain cells, which are no longer present in people with Parkinson's disease.

The patients were monitored for two years and no major adverse effects were found, the study said. Four patients showed improvements in symptoms.

Parkinson's disease is a chronic, degenerative neurological disorder that affects the body's motor system, often causing shaking and other difficulties in movement.

Worldwide, about 10 million people have the illness, according to the Parkinson's Foundation.

Currently available therapies "improve symptoms without slowing or halting the disease progression," the foundation says.

iPS cells are created by stimulating mature, already specialised, cells back into a juvenile state -- basically cloning without the need for an embryo.

The cells can be transformed into a range of different types of cells, and their use is a key sector of medical research.

D.Farook--DT