Add to ORKGDNA ploidy analysis by flow cytometry is gaining widespread use in the study of neoplastic disease. Although we have observed satisfactory preservation of ligh
The measurements of DNA content and analysis of neoplastic cells cycle may have significance in diag...
Flow cytometric (FCM) DNA ploidy measurements on frozen fresh samples of soft tissue sarcomas were c...
A new cytometric device, a laser scanning cytometer was developed to overcome the limitations of flo...
Flow cytometry is one of the most powerful and specific methods used for the integrated study of the...
Flow cytometry is one of the most powerful and specific methods used for the integrated study of the...
Cellular DNA content can be measured by flow cytometry with the aim of : (1) revealing cell distribu...
OBJECTIVE: To form a methodologic basis for DNA analysis of ductal carcinoma in situ (DCIS) and inva...
Flow cytometry gives a unique opportunity to analyze thousands of individual cells for multiple para...
Clinical application of DNA analysis and a method of rapid DNA measurement were studied. DNA content...
The study of the biological characteristics of lung cancer is gaining more and more interest both be...
Histologically processed tissue from gastric cancers has been analyzed by flow cytometry in an attem...
Histologically processed tissue from gastric cancers has been analyzed by flow cytometry in an attem...
Background. Prognosis of breast cancer is mostly dependent on the biological aggressiveness of the n...
Flow cytometric nuclear DNA content (DNA ploidy) was measured in paraffin-embedded surgical specimen...
BACKGROUND: Both DNA flow cytometry and cytogenetic analysis have been used to study soft tissue tum...
The measurements of DNA content and analysis of neoplastic cells cycle may have significance in diag...
Flow cytometric (FCM) DNA ploidy measurements on frozen fresh samples of soft tissue sarcomas were c...
A new cytometric device, a laser scanning cytometer was developed to overcome the limitations of flo...
Flow cytometry is one of the most powerful and specific methods used for the integrated study of the...
Flow cytometry is one of the most powerful and specific methods used for the integrated study of the...
Cellular DNA content can be measured by flow cytometry with the aim of : (1) revealing cell distribu...
OBJECTIVE: To form a methodologic basis for DNA analysis of ductal carcinoma in situ (DCIS) and inva...
Flow cytometry gives a unique opportunity to analyze thousands of individual cells for multiple para...
Clinical application of DNA analysis and a method of rapid DNA measurement were studied. DNA content...
The study of the biological characteristics of lung cancer is gaining more and more interest both be...
Histologically processed tissue from gastric cancers has been analyzed by flow cytometry in an attem...
Histologically processed tissue from gastric cancers has been analyzed by flow cytometry in an attem...
Background. Prognosis of breast cancer is mostly dependent on the biological aggressiveness of the n...
Flow cytometric nuclear DNA content (DNA ploidy) was measured in paraffin-embedded surgical specimen...
BACKGROUND: Both DNA flow cytometry and cytogenetic analysis have been used to study soft tissue tum...
The measurements of DNA content and analysis of neoplastic cells cycle may have significance in diag...
Flow cytometric (FCM) DNA ploidy measurements on frozen fresh samples of soft tissue sarcomas were c...
A new cytometric device, a laser scanning cytometer was developed to overcome the limitations of flo...