Therapy Biosimulation Using the Cellworks Computational Omics Biology Model (CBM) Is Predictive of Individual Acute Myeloid Leukemia (AML) Patient Probability of Clinical Response... by Howard, Scott C, Watson, Drew, Castro, Michael, Kapoor, Shweta, Nair, Prashant Ramachandran, Prasad, Samiksha Avinash, Rajagopalan, Swaminathan, Alam, Aftab, Roy, Kunal Ghosh, Sahu, Diwyanshu, Lala, Deepak Anil, Basu, Kabya, Ullal, Yashaswini S, Narvekar, Yugandhara, Ghosh, Adity, Sauban, Mohammed, G, Poornachandra, Agrawal, Ashish Kumar, Tyagi, Anuj, Suseela, Rakhi Purushothaman, Raju, Karthik Sundara, Pampana, Anusha, Patel, Sanjana, Mundkur, Nirjhar, Christie, James, Macpherson, Michele Dundas, Marcucci, Guido

Get full text

Biosimulation Using the Cellworks Computational Omics Biology Model (CBM) Predicted Novel Biomarkers for Hyper-CVAD (CVAD) Treatment Response and Combination of Rituximab and Cladr... by Marcucci, Guido, Kumar, Ansu, Castro, Michael, Khandelwal, Swati, Mohapatra, Subrat, Kapoor, Shweta, Agrawal, Ashish Kumar, Sauban, Mohammed, Basu, Kabya, Shyamasundar, Vijayashree P, Lala, Deepak Anil, Raju, Karthik Sundara, Palaniyeppa, Naga Ganesh, Ullal, Yashaswini S, Joseph, Vishwas, Behura, Liptimayee, Sahu, Diwyanshu, Prakash, Annapoorna, Mitra, Upasana, Balla, Ashokraja, Patil, Mamatha, Mohanty, Jharana, Patel, Sanjana, Macpherson, Michele Dundas, Howard, Scott C

Get full text

Biosimulation Using the Cellworks Computational Omics Biology Model (CBM) Identifies Genomic and Molecular Markers for Decitabine (DAC) Plus Valproic-Acid (VPA) Treatment Response... by Castro, Michael, Kumar, Ansu, Grover, Himanshu, Patil, Vivek, Kapoor, Shweta, Agrawal, Ashish Kumar, Sauban, Mohammed, Prasad, Samiksha Avinash, Basu, Kabya, Suseela, Rakhi Purushothaman, Kumar, Chandan, Nair, Prashant Ramachandran, Kumari, Pallavi, Pampana, Anusha, Ullal, Yashaswini S, Azam, Humera, Prasad, Nagendra, Amara, Anish Raju R, Sahu, Diwyanshu, Raveendaran, Nithya T, Veedu, Archana Palillam, Mundkur, Nirjhar, Patel, Sanjana, Christie, James, Macpherson, Michele Dundas, Howard, Scott C

Get full text

Monosomy 7 and Co-Occurrent Genomic Aberrations Determine Chemotherapy Response in Acute Myeloid Leukemia (AML) Patients Using the Cellworks Omics Biology Model (CBM): Mycare-021-0... by Castro, Michael, Watson, Drew, Kumar, Ansu, Nair, Prashant Ramachandran, Grover, Himanshu, Sahu, Diwyanshu, Mohapatra, Subrat, G, Poornachandra, Agarwal, Ashish, Suseela, Rakhi Purushothaman, Ganesh, Naga, Sauban, Mohammed, Kumar, Chandan, Raman, Rahul K, Singh, Divya, Basu, Sayani, Lunkad, Neelesh, Mundkur, Nirjhar, Macpherson, Michele Dundas, Kapoor, Shweta, Howard, Scott

Get full text

Superior Therapy Response Predictions for Patients with Myelodysplastic Syndrome (MDS) Using Cellworks Singula™: Mycare-020-02 by Stein, Anthony S., Watson, Drew, Nair, Prashant Ramachandran, Basu, Kabya, Ullal, Yashaswini S, Ghosh, Adity, Narvekar, Yugandhara, Grover, Himanshu, Sahu, Diwyanshu, Prakash, Annapoorna, Behura, Liptimayee, Balakrishnan, Veena, Roy, Kunal Ghosh, Rajagopalan, Swaminathan, Alam, Aftab, Parashar, Rajan, Mundkur, Nirjhar, Christie, James, Macpherson, Michele Dundas, Kapoor, Shweta, Marcucci, Guido

Get full text

Assessment of Cellworks Omics Biosimulation Therapy Response Predictions for Patients with Acute Myeloid Leukemia (AML) Using Cellworks Singula™: Mycare-020-01 by Marcucci, Guido, Watson, Drew, Nair, Prashant Ramachandran, Basu, Kabya, Ullal, Yashaswini S, Ghosh, Adity, Narvekar, Yugandhara, Grover, Himanshu, Sahu, Diwyanshu, Amara, Anish Raju R, Pampana, Anusha, Roy, Kunal Ghosh, Rajagopalan, Swaminathan, Alam, Aftab, Parashar, Rajan, Mundkur, Nirjhar, Christie, James, Macpherson, Michele Dundas, Kapoor, Shweta, Stein, Anthony S.

Get full text

A Study to Predict Response to Azacitidine or Lenalidomide/Azacitidine Combination Therapy in MDS and AML Patients Using a Computational Biological Modeling (CBM) Approach by Vij, Ravi, Fiala, Mark A., Cherian, Mathew A., Singh, Neeraj Kumar, Sahu, Diwyanshu, Kumari, Ilu, Narayan, Ankitha, G, Poornachandra, Vali, Shireen, Abbasi, Taher

Get full text

Predicting Response to Dasatinib Using a Computational Model and Its Validation: A Beat AML Project Study by Tyner, Jeffrey W., Druker, Brian J., Tognon, Cristina E., Kurtz, Stephen E, Drusbosky, Leylah M., Sahu, Diwyanshu, Vidva, Robinson, Kapoor, Shweta, Azam, Humera, Kumar, Rajeev, Chickdipatti, Padmagiri G, Raveendaran, Nithya T, Gopi, Reshma P, Abbasi, Taher, Vali, Shireen, Cogle, Christopher R.

Get full text

Computational Biology Approach to Predict Hypomethylating Agent (HMA) Response Using Genomic and Clinical Characteristics in Myelodsyplastic Syndromes (MDS) by Drusbosky, Leylah M., Komrokji, Salah-Eddin, Al Ali, Najla, Singh, Neeraj Kumar, Kumar, Chandan, Vasista, Sumanth, Sahu, Diwyanshu, Naga, Ganesh, Dattatraya, Patil, Abbasi, Taher, Vali, Shireen, Sallman, David A, Komrokji, Rami S., Cogle, Christopher R.

Get full text