Effect of emitted qi on ultraviolet spectrum of a yeast RNA solution


Author: Sun Mengyin 1//Li Shengping 1//Meng Guirong 1//Cui Yanghao 1//Xin Yan 2

Affiliation: Tsinghua University, Beijing, China [1] //$Municipal Institute of Traditional Chinese Medicine of Chongqing, Sichuan Province, China [2] 
Conference/Journal: 1st World Conf Acad Exch Med Qigong
Date published: 1988
Other:
  Pages: 178   ,  Word Count: 298  
    RNA is a kind of important biomacromolecule, which controls the 
synthesis of protein in organisms. In the Central Analysis Laboratory of 
the Tsinghua University, with a recording spectrophotometer we tested 
the variation of the yeast RNA solution before Yan Xin emitted his qi to it 
from Guangzhou (2000 km from Beijing).

 The experiment was repeated many times and indicated that the 
emitted qi from 2000 km away could influence the properties of yeast 
RNA. Here we'll only report the experiment carried out on Jan. 24, 1988.
Before the experiment, we talked over with Yan Xin about the work 
on telephone.

 The yeast RNA solution was diluted on site into 10 mg/ml and stored 
in two test tubes.

 One was preserved in the Central Analysis Laboratory as the 
contrast sample, the other was stored in another lab (100 M away from 
the Central Lab) under constant temperature and it received the emitted 
qi. The qigong  master emitted his qi for several times, each for about 
half an hour. Before receiving the emitted qi, the sample was sent to the 
Central Lab for testing and comparing with the sample at the same time. 
The experimental results are expressed in the follow table.

Sample number           0        1         2        3      max-min
The relative 
absorption intensity   66 5     65.1      63.0     61 0      5.5
Absorption (A)         0.200    0.195     0.189    0.183     0.017
Measuring time (hr)   12:00    12:30     15:30    16:00      4

  We had measured the initial conditions for many times in 8. 5 hr. 
The result indicated at 256 mm the point of maximum absorption, the 
value of minimum relative absorption intensity is 65.2, the range of 
fluctuation is 1.3 unit. The table here indicates the peak intensity of the sample after qi emission is reduced in comparison with the contrast 
sample,and the pochromic effect occurred, but the point of peak 
doesn't change.

  It needs further study about the structure of the remote distance 
effect of the emitted qi and the influence of RNA by it.