Site: The Neuroimaging Acupuncture Project
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* General studies / Meta-Analyses / Reviews *
Article: Y Chae, DS Chang, SH Lee, WM Jung, IS Lee "Inserting needles into the body: a meta-analysis of brain activity associated with acupuncture needle stimulation" (2013)
Article: Wenjing Huang, Daniel Pach, Vitaly Napadow, Kyungmo Park, Xiangyu Long, Jane Neumann "Characterizing acupuncture stimuli using brain imaging with fMRI—a systematic review of the literature" (2010)
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* Experimental studies *
Article: Y Jiang, H Wang, Z Liu, Y Dong, Y Dong, X Xiang "Manipulation of and sustained effects on the human brain induced by different modalities of acupuncture: an fMRI study" (2013)
Article: V Napadow, J Lee, J Kim, S Cina, Y Maeda "Brain correlates of phasic autonomic response to acupuncture stimulation: An event‐related fMRI study" (2010)
Article: J Fang, Z Jin, Y Wang, K Li, J Kong "The salient characteristics of the central effects of acupuncture needling: Limbic-paralimbic-neocortical network modulation" (2009)
Article: B Yan, K Li, J Xu, W Wang, K Li, H Liu, B Shan "Acupoint-specific fMRI patterns in human brain" (2005)
Article: J Benford, D Benford "HOW CAN WE DISTINGUISH TRANSIENT PULSARS FROM SETI BEACONS? " (2010)
Article: JS Deneva, JM Cordes, MA McLaughlin "Arecibo pulsar survey using ALFA: Probing radio pulsar intermittency and transients" (2009)
EXCERPT: "PSR J1928+15 was discovered in 2005 by detection of what looked like a single bright pulse at DM = 245 pc cm−3 in a 120 s observation. More detailed analysis revealed that the event was in fact composed of 3 separate pulses occurring at intervals of 0.403 s, with the middle pulse being brighter by an order of magnitude than the other two. The dispersion of the brightest pulse by ionized interstellar gas is shown in the time-frequency plane, evidence of the non-terrestrial origin of the pulses. A fit to the pulse signal in the time-frequency plane resulted in a refined estimate of DM = 242 pc cm−3. Despite multiple follow-up observations, the source has not been detected again. Given the DM of this source, 242 pc cm−3, it is unlikely that the non-detection can be attributed to diffractive scintillation. Since the three pulses are equally spaced they can be interpreted as a single event seen in succes sive rotations of a neutron star. This signature might be accounted for by an object that is dormant or not generally beamed toward the Earth and whose magnetosphere is perturbed sporadically by accretion of material from an asteroid belt"
Article: Sophia Roosth "Screaming Yeast: Sonocytology, Cytoplasmic Milieus, and Cellular Subjectivities" (2009)
Article: Sophia Roosth "SONIC EUKARYOTES: SONOCYTOLOGY, CYTOPLASMIC MILIEU AND THE TEMPS INTERIEUR" (2006)
Article: C Zandonella "Dying cells dragged screaming under the microscope" (2003)
Article: YT Gao, SQ Shi, HW Pan "Possibility of applying nanotechnology to research on the basic theory of traditional Chinese medicine" (2005)
EXCERPT: "Under normal circumstance, sound of yeast cells is always to maintain at very stable range, which is equal to C-D tone in music. When alcohol is spread on yeast cells, they will scream to increase vibration and frequency significantly. When yeast cells are dying, they will produce some rumbling sound. Professor Gimzewski assumes this can be due to random atomic movement to produce sound. The vibration frequency of these cells range 800-1,600Hz. The ear of human beings can hear 20-20,000Hz. Thus it just falls within hearing range of human ears. Because their amplitude is so small, human beings are unable to hear it directly. Professor Gimzewski assumed that if only requires increasing sound volume, human ears can hear this sound."