Global antibacterial resistance is becoming an increasing public health pro
blem. Bacteria resistant to almost all of the available antibacterials have
been identified. The pharmaceutical industry and fledgling biotechnology c
ompanies are responding to the threat of antibiotic resistance with renewed
efforts to discover novel antibacterials in attempts to overcome bacterial
resistance. Both short term and long term strategies are being vigorously
pursued. Short-term efforts are focused on developing novel antibacterial a
gents with a narrow spectrum of action to combat the problem of Gram-positi
ve resistant bacteria. Long-term approaches include the use of microbial ge
nomic sequencing techniques to discover novel agents active against potenti
ally new bacterial targets. Better use of existing agents using pharmacodyn
amic data to optimise antibiotic regimens is increasingly being addressed a
nd the hope is that such measures will prevail until the newer agents are a
vailable. (C) 2000 Elsevier Science B.V. and International Society of Chemo
therapy. All rights reserved.