YING Beiwen

Researcher's full information

Conference, etc.

• 飢餓と蘇生の繰り返しを乗り越えた大腸菌
  YING BEIWEN
  日本ゲノム微生物学会第7 回大会/2013-03-08
• 疑似進化による新規的表現型の獲得
  YING BEIWEN
  日本分子生物学会第35回大会/2012-12-08
• Disturbing native regulations by a synthetic promoter reduced the noise in gene expression.
  YING BEIWEN
  Cold Spring Harbor Asia Conferences: Synthetic Biology/2012-11-10
• Reduced noise in gene expression caused by a replaced foreign promoter.
  YING BEIWEN
  日本進化学会第14回大会/2012-08-28
• Genomic and environmental contributions to bacterial transcriptome.
  YING BEIWEN
  日本ゲノム微生物学会第6回大会/2012-03-08
• Reduction in genome size decreased fluctuation in gene expression.
  YING BEIWEN
  日本分子生物学会第34回大会/2011-12-08
• Synthetic proto-operons for stochastic adaptation.
  YING BEIWEN
  The 17th International Biophysics Conference/2011-11-10
• 大腸菌を用いた細胞サイズの実験室内進化
  YING BEIWEN
  日本進化学会第13回大会/2011-07-28
• Genome-wide mutation and transcriptional reorganization in the thermal adaptive Escherichia coli from laboratory evolution.
  YING BEIWEN
  日本分子生物学会第33回大会・日本生化学会第83回大会/2010-12-08
• Thermo-tolerant evolution of Escherichia coli.
  YING BEIWEN
  「細胞を創る」研究会4.0/2010-10-26
• 大腸菌の高温への適応進化
  YING BEIWEN
  日本進化学会第13回大会/2010-08-30
• 長期実験室内進化からみた大腸菌の変異と発現の変遷
  YING BEIWEN
  日本進化学会第12回大会/2010-08-28
• Synthetic toggle switch for selective gene expression in bacteria.
  YING BEIWEN
  IBIO2010/2010-07-28
• Phenotypic fluctuation induced biological adaptation.
  YING BEIWEN
  日本生物物理学会第47回大会/2009-10-21
• 実験室内進化させた高温適応大腸菌のゲノムワイド解析
  YING BEIWEN
  日本進化学会第11回大会/2009-09-20
• 栄養枯渇に対する適応応答における遺伝子発現の多様性の役割
  YING BEIWEN
  日本進化学会第11回大会/2009-09-20
• 高温適応させた大腸菌のゲノム変異およびトランスクリプトーム解析
  YING BEIWEN
  日本ゲノム微生物学会第3回大会/2009-03-08
• Cellular fluctuation in protein concentration and its role on adaptive response.
  YING BEIWEN
  The 9th International Conference on Systems Biology/2008-08-30
• Adaptive gene expression to nutrient depletion out of native regulatory mechanisms.
  YING BEIWEN
  The 9th International Conference on Systems Biology/2008-08-30
• Biological Noise Induced Gene Production in Bacteria―a Universal Principle in the Adaptive Response to Starvation.
  YING BEIWEN
  IBIO2010/2007-07-30
• Co-translational association of chaperonin GroEL with the newly synthesized proteins.
  YING BEIWEN
  日本分子生物学会第27回大会/2004-12-08
• Effectiveness of molecular chaperones in cell-free translation system.
  YING BEIWEN
  日本分子生物学会第25回大会/2002-12-08