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technology
kē jì
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Harvard
hāfó
哈佛
DNA
DNA
DNA
synthesis
héchéng
合成
breakthrough
tūpò
突破
chip
xīnpiàn
芯片
technology
jìshù
技术

Harvard
hāfó
哈佛
researcher
yánjiūyuán
研究员
on
zài
chip
xīnpiàn
芯片
on
shàng
successfully
chénggōng
成功
synthesized
héchéng
合成
DNA
DNA
DNA
innovative
chuàngxīn
创新
technology
jìshù
技术
achieved
shíxiàn
实现
64
64
64
(measure word)
ge
sequences
xùliè
序列
parallel
bìngxíng
并行
synthesis
héchéng
合成

June 20, 2026 at 12:51 AM

Harvard
hāfó
哈佛
University
dàxué
大学
research
yánjiū
研究
team
tuánduì
团队
recently
jìnrì
近日
achieved
qǔdé
取得
major
zhòngdà
重大
technology
jìshù
技术
breakthrough
tūpò
突破
research
yánjiū
研究
personnel
rényuán
人员
on
zài
semiconductor
bàndǎotǐ
半导体
chip
xīnpiàn
芯片
on
shàng
successfully
chénggōng
成功
realized
shíxiàn
实现
(particle)
le
enzymatic catalysis
méi cuīhuà
酶催化
DNA
DNA
DNA
synthesis
héchéng
合成
this
gāixiàng
该项
technology
jìshù
技术
innovation
chuàngxīn
创新
created
chuàngzào
创造
(particle)
le
biological
shēngwù
生物
synthesis
héchéng
合成
field
lǐngyù
领域
(possessive particle)
de
new record
xīn jìlù
新纪录
research
yánjiū
研究
team
tuánduì
团队
in one operation
yīcì xìng
一次性
on
zài
chip
xīnpiàn
芯片
on
shàng
in parallel
bìngxíng
并行
synthesized
héchéng
合成
(particle)
le
64
64
64
(measure word)
tiáo
different
búntóng
不同
(possessive particle)
de
DNA
DNA
DNA
sequences
xùliè
序列
this
zhèyī
这一
breakthrough
tūpò
突破
for
duì
biological
shēngwù
生物
technology
jìshù
技术
and
medical
yīliào
医疗
applications
yìngyòng
应用
has
jùyǒu
具有
important
zhòngyào
重要
significance
yìyì
意义
DNA
DNA
DNA
synthesis
héchéng
合成
technology
jìshù
技术
(possessive particle)
de
progress
jìnbù
进步
will
jiāng
accelerate
jiāsù
加速
genetic
yíchuán
遗传
disease
bìng
diagnosis and treatment
zhěnliáo
诊疗
and
gene
jīyīn
基因
engineering
gōngchéng
工程
research
yánjiū
研究
industry
yèjiè
业界
believes
rènwéi
认为
this
cǐxiàng
此项
technology
jìshù
技术
represents
dàibiǎo
代表
(particle)
le
semiconductor
bàndǎotǐ
半导体
and
biological
shēngwù
生物
field
lǐngyù
领域
(possessive particle)
de
convergence
rónghé
融合
direction
fāngxiàng
方向
the
gāi
research
yánjiū
研究
result
chéngguǒ
成果
has
published
fābiǎo
发表
in
zài
authoritative
quánwēi
权威
academic
xuéshù
学术
journal
qīkān
期刊
on
shàng

New Words

DNA
DNA
DNA (deoxyribonucleic acid)
héchéng
合成
to synthesize / synthesis
xīnpiàn
芯片
chip / semiconductor
tūpò
突破
breakthrough
méi cuīhuà
酶催化
enzymatic catalysis
bàndǎotǐ
半导体
semiconductor
xùliè
序列
sequence
bìngxíng
并行
in parallel / concurrent
yíchuán
遗传
genetic / hereditary
jīyīn gōngchéng
基因工程
genetic engineering

News in English

Science & Technology

Harvard Researchers Achieve DNA Synthesis Breakthrough on Semiconductor Chip

Harvard researchers set a new benchmark for enzymatic DNA synthesis by successfully writing 64 distinct sequences in parallel on a semiconductor chip. This advancement marks a significant milestone in biotechnology innovation.

Harvard University researchers have achieved a major technological breakthrough. The research team successfully demonstrated enzymatic DNA synthesis on semiconductor chips.

The innovative technique establishes a new record in the field of biosynthesis. Researchers conducted parallel synthesis of 64 distinct DNA sequences on a single chip in one operation.

This breakthrough carries significant implications for biotechnology and medical applications. Advances in DNA synthesis technology will accelerate research into genetic disease treatment and genetic engineering.

Industry experts view this achievement as representing a convergence between semiconductor and biological domains. The research findings have been published in a leading academic journal.

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