Catálogo de publicaciones - libros

A considerably detailed treatment of drug-drug interactions and adverse reactions has been presented above, together with older and more recent examples of each. Much of this material relates to known, well-documented cases that are of general interest. However, a crucial aspect of drug-drug interactions and adverse reactions is the possibility of predicting their occurrence for new drug candidates. Some indication as to how this is being addressed by modern methods, including computational approaches, has been given above. The final chapter, dealing with certain aspects of drug design, draws on concepts presented in the previous chapters, the intention being to demonstrate how various aspects of drug metabolism are taken into consideration in deriving new drugs with predictable and controllable biotransformation.

A considerably detailed treatment of drug-drug interactions and adverse reactions has been presented above, together with older and more recent examples of each. Much of this material relates to known, well-documented cases that are of general interest. However, a crucial aspect of drug-drug interactions and adverse reactions is the possibility of predicting their occurrence for new drug candidates. Some indication as to how this is being addressed by modern methods, including computational approaches, has been given above. The final chapter, dealing with certain aspects of drug design, draws on concepts presented in the previous chapters, the intention being to demonstrate how various aspects of drug metabolism are taken into consideration in deriving new drugs with predictable and controllable biotransformation.

A considerably detailed treatment of drug-drug interactions and adverse reactions has been presented above, together with older and more recent examples of each. Much of this material relates to known, well-documented cases that are of general interest. However, a crucial aspect of drug-drug interactions and adverse reactions is the possibility of predicting their occurrence for new drug candidates. Some indication as to how this is being addressed by modern methods, including computational approaches, has been given above. The final chapter, dealing with certain aspects of drug design, draws on concepts presented in the previous chapters, the intention being to demonstrate how various aspects of drug metabolism are taken into consideration in deriving new drugs with predictable and controllable biotransformation.

A considerably detailed treatment of drug-drug interactions and adverse reactions has been presented above, together with older and more recent examples of each. Much of this material relates to known, well-documented cases that are of general interest. However, a crucial aspect of drug-drug interactions and adverse reactions is the possibility of predicting their occurrence for new drug candidates. Some indication as to how this is being addressed by modern methods, including computational approaches, has been given above. The final chapter, dealing with certain aspects of drug design, draws on concepts presented in the previous chapters, the intention being to demonstrate how various aspects of drug metabolism are taken into consideration in deriving new drugs with predictable and controllable biotransformation.

A considerably detailed treatment of drug-drug interactions and adverse reactions has been presented above, together with older and more recent examples of each. Much of this material relates to known, well-documented cases that are of general interest. However, a crucial aspect of drug-drug interactions and adverse reactions is the possibility of predicting their occurrence for new drug candidates. Some indication as to how this is being addressed by modern methods, including computational approaches, has been given above. The final chapter, dealing with certain aspects of drug design, draws on concepts presented in the previous chapters, the intention being to demonstrate how various aspects of drug metabolism are taken into consideration in deriving new drugs with predictable and controllable biotransformation.

A considerably detailed treatment of drug-drug interactions and adverse reactions has been presented above, together with older and more recent examples of each. Much of this material relates to known, well-documented cases that are of general interest. However, a crucial aspect of drug-drug interactions and adverse reactions is the possibility of predicting their occurrence for new drug candidates. Some indication as to how this is being addressed by modern methods, including computational approaches, has been given above. The final chapter, dealing with certain aspects of drug design, draws on concepts presented in the previous chapters, the intention being to demonstrate how various aspects of drug metabolism are taken into consideration in deriving new drugs with predictable and controllable biotransformation.

A considerably detailed treatment of drug-drug interactions and adverse reactions has been presented above, together with older and more recent examples of each. Much of this material relates to known, well-documented cases that are of general interest. However, a crucial aspect of drug-drug interactions and adverse reactions is the possibility of predicting their occurrence for new drug candidates. Some indication as to how this is being addressed by modern methods, including computational approaches, has been given above. The final chapter, dealing with certain aspects of drug design, draws on concepts presented in the previous chapters, the intention being to demonstrate how various aspects of drug metabolism are taken into consideration in deriving new drugs with predictable and controllable biotransformation.

A considerably detailed treatment of drug-drug interactions and adverse reactions has been presented above, together with older and more recent examples of each. Much of this material relates to known, well-documented cases that are of general interest. However, a crucial aspect of drug-drug interactions and adverse reactions is the possibility of predicting their occurrence for new drug candidates. Some indication as to how this is being addressed by modern methods, including computational approaches, has been given above. The final chapter, dealing with certain aspects of drug design, draws on concepts presented in the previous chapters, the intention being to demonstrate how various aspects of drug metabolism are taken into consideration in deriving new drugs with predictable and controllable biotransformation.

A considerably detailed treatment of drug-drug interactions and adverse reactions has been presented above, together with older and more recent examples of each. Much of this material relates to known, well-documented cases that are of general interest. However, a crucial aspect of drug-drug interactions and adverse reactions is the possibility of predicting their occurrence for new drug candidates. Some indication as to how this is being addressed by modern methods, including computational approaches, has been given above. The final chapter, dealing with certain aspects of drug design, draws on concepts presented in the previous chapters, the intention being to demonstrate how various aspects of drug metabolism are taken into consideration in deriving new drugs with predictable and controllable biotransformation.

A considerably detailed treatment of drug-drug interactions and adverse reactions has been presented above, together with older and more recent examples of each. Much of this material relates to known, well-documented cases that are of general interest. However, a crucial aspect of drug-drug interactions and adverse reactions is the possibility of predicting their occurrence for new drug candidates. Some indication as to how this is being addressed by modern methods, including computational approaches, has been given above. The final chapter, dealing with certain aspects of drug design, draws on concepts presented in the previous chapters, the intention being to demonstrate how various aspects of drug metabolism are taken into consideration in deriving new drugs with predictable and controllable biotransformation.