Xie C L, Tang H K, Song Z H, Qu S S, Liao Y T, Liu H S
Wei Sheng Wu Xue Bao. 1989 Apr;29(2):149-51.
The fundamental growth thermograms of bacteria have been determined by using the microcalorimetric method. These perfect thermogram curves reflect the changes of bacterial growth patterns (including the lag phase of growth, log growth, stationary phase and the decline phase of growth). In our experiments, highly characteristic and reproducible growth patterns are observed under the same condition, therefore one can use these thermograms as "finger print" to discriminate bacteria. On the other hand, there thermogram curves contain ample information, which are very significant for the studies on microorganism metabolism, bio-thermokinetic and clinical fields.
利用微量热法测定了细菌的基本生长热谱图。这些完美的热谱曲线反映了细菌生长模式的变化(包括生长延迟期、对数生长期、稳定期和生长衰退期)。在我们的实验中,在相同条件下观察到了高度特征性和可重复性的生长模式,因此可以将这些热谱图用作“指纹”来鉴别细菌。另一方面,这些热谱曲线包含丰富的信息,这对于微生物代谢、生物热动力学和临床领域的研究非常重要。