EPSPs with short latencies were concluded to be monosynaptic.Most IPSPs were generated through polysynaptic paths, but monosynaptic IPSPs were also recorded in the tectum.

短潜时的EPSP可能是通触行传导的，而大多数的IPSP是通多触方式行神经信息传递的。

EPSPs with short latencies were concluded to be monosynaptic.Most IPSPs were generated through polysynaptic paths, but monosynaptic IPSPs were also recorded in the tectum.

短潜时的EPSP可能是通过单突触传导的，而大多数的IPSP是通过多突触经信息传递的。

EPSPs with short latencies were concluded to be monosynaptic.Most IPSPs were generated through polysynaptic paths, but monosynaptic IPSPs were also recorded in the tectum.

时的EPSP可能是通过单突触行传导的，而大多数的IPSP是通过多突触方式行神经信息传递的。

EPSPs with short latencies were concluded to be monosynaptic.Most IPSPs were generated through polysynaptic paths, but monosynaptic IPSPs were also recorded in the tectum.

短潜时的EPSP可能是通过单突触行传导的，而大多数的IPSP是通过多突触方式行神经信息传递的。

EPSPs with short latencies were concluded to be monosynaptic.Most IPSPs were generated through polysynaptic paths, but monosynaptic IPSPs were also recorded in the tectum.

短潜时的EPSP可能是通过单突触行传导的，而大多数的IPSP是通过多突触方式行神经信息传递的。

EPSPs with short latencies were concluded to be monosynaptic.Most IPSPs were generated through polysynaptic paths, but monosynaptic IPSPs were also recorded in the tectum.

短潜时的EPSP可能是通单触行导的，而大数的IPSP是通触方式行神经递的。

EPSPs with short latencies were concluded to be monosynaptic.Most IPSPs were generated through polysynaptic paths, but monosynaptic IPSPs were also recorded in the tectum.

时的EPSP可能是通过单突触行传导的，而大多数的IPSP是通过多突触方式行神经信息传递的。

EPSPs with short latencies were concluded to be monosynaptic.Most IPSPs were generated through polysynaptic paths, but monosynaptic IPSPs were also recorded in the tectum.

短潜时的EPSP可能是通过单突触行传导的，而大多数的IPSP是通过多突触方式行神经信息传递的。

EPSPs with short latencies were concluded to be monosynaptic.Most IPSPs were generated through polysynaptic paths, but monosynaptic IPSPs were also recorded in the tectum.

短潜时的EPSP可能是通过行传导的，而大多数的IPSP是通过多方式行神经信息传递的。