六月 2026
invibe.net
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跳出率
34.5%
每次访问页数
1.93
平均访问时长
00:00:11
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invibe.net的 10 大竞争对手
在 六月 2026 与 invibe.net 相似的前 10 名网站,按关键字流量、受众定位和市场重叠方面与 invibe.net 的关联性排名
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While transient changes in synaptic strength occurring during the repetitive firing of primary afferent inputs to the spinal superficial dorsal horn (SDH) are predicted to strongly influence the fidelity with which nociceptive signals are transmitted through the SDH network, little is known about whether the properties of short-term plasticity (STP) at sensory synapses depend on the identity of the postsynaptic target or whether STP is under the control of neuromodulators such as dopamine. Here we investigate these issues using ex vivo patch-clamp recordings from identified lamina I spinoparabrachial neurons, inhibitory interneurons (VGAT+), and putative excitatory interneurons (VGAT−) in spinal cord slices from adult mice of both sexes. Repeated activation of A-fiber inputs to the SDH evoked short-term depression (STD) across all major subtypes of SDH neurons, although the magnitude of STD was greatest in projection neurons with high-frequency stimulation. Meanwhile, repetitive activation of C-fiber synapses onto GABAergic interneurons evoked more pronounced STD compared with excitatory neurons across a range of stimulation frequencies. Both A-fiber and C-fiber synapses recovered from STD at a similar rate across the different SDH cell types examined. Dopamine (20 µM) significantly depressed the overall glutamatergic drive, and reduced afferent-evoked firing, selectively in spinoparabrachial neurons and excitatory interneurons without changes in the properties of STP. Collectively, these findings reveal novel potential mechanisms by which the efficacy of the spinal inhibitory “gate,” and thus the gain of ascending nociceptive transmission to the brain, may be rapidly altered during periods of strong sensory input to the SDH network.
跳出率
45.58%
每次访问页数
2.92
平均访问时长
00:01:20
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100%publisher of over 50 scientific journals across the life, physical, earth, and health sciences, both independently and in partnership with scientific societies including cell, neuron, immunity, current biology, ajhg, and the trends journals.
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跳出率
50.03%
每次访问页数
2.81
平均访问时长
00:02:35
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100%- 公司
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The Moral Psychology Minor
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跳出率
57.06%
每次访问页数
2.03
平均访问时长
00:00:14
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84.23%
每次访问页数
1.17
平均访问时长
00:00:11
depaul university is the largest private university whose faculty members' priority is teaching. we serve nearly 21,000 students.
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73.93%
每次访问页数
1.95
平均访问时长
00:03:06
innovative research, rigorous scholarship, and collaborative and interdisciplinary learning define graduate education at the cuny graduate center and prepare students with creative, problem-solving expertise to thrive in a changing world.
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跳出率
58.99%
每次访问页数
2.95
平均访问时长
00:02:05
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60%British psychologist Dr. Jeremy Dean is the founder and author of the popular website 'PsyBlog'.
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跳出率
46.17%
每次访问页数
1.94
平均访问时长
00:00:19
The University of Toronto is a globally top-ranked public research university in Toronto, Ontario, Canada.
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跳出率
52.92%
每次访问页数
2.20
平均访问时长
00:01:20
相似度评分
60%invibe.net在 六月 2026 的前五名竞争对手是:ploscompbiol.org、jneurosci.org、cell.com、koray.kavukcuoglu.org等。
根据 Similarweb 的月访问量数据,invibe.net 在 六月 2026 的头号竞争对手是 ploscompbiol.org。与 invibe.net 相似度排名第二的网站是 jneurosci.org,排名第三的是 cell.com。
在 六月 2026,koray.kavukcuoglu.org 被评为与 invibe.net 相似度第四高的网站,psych.cornell.edu 位居第五。
进入前十名榜单的其他五家竞争对手分别是 psych.colorado.edu、condor.depaul.edu、gc.cuny.edu、spring.org.uk 和 toronto.edu。
