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Table 1 Electromagnetic Resonance Frequencies taking into consideration as proposed by different mechanisms of charge velocities for: a. five TERT telomerase proteins; b. six TERT mRNA coding sequences; c. ten telomere sequences, after conversion

From: Is it possible to predict electromagnetic resonances in proteins, DNA and RNA?

RRM Frequency

EMf THz per

EMf THz per

EMf GHz per

EMf GHz per

EMf MHz per

EMf MHz per

EMf KHz per

v = 787000 m/s

v = 180000m/s

v = 170 m/s

v = 68 m/s

v = 3.2 m/s

v=0.34 m/s

v = 0.0005 m/s

(Cosic)

(Yomosa)

(Davydov)

(Pang)

(Yomosa)

(Ichinose)

(Ichinose)

a. TERT (5)

       

0.2930

299-308

46-47

65-67

26-27

1215-1252

129-133

190-196

0.4194

420-429

66-67

92-95

37-38

1747-1785

186-190

272-279

0.0161

12-21

2-2

2-5

1-2

49-86

5-9

8-14

0.2778

383-392

43-46

61-63

34-35

1151-1180

122-126

180-186

0.2525

261-271

55-57

70-80

21-22

1470-1507

156-160

220-225

b. TERT mRNA (6) conversion

       

0.3730

881-891

58-60

82-85

33-34

1550-1592

165-169

242-249

0.4014

411-431

63-64

89-91

35-36

1669-1711

177-182

261-267

0.4902

503-513

77-78

109-111

43-44

2043-2085

217-222

319-326

c. TELOMERE (10)

       

0.1875

181-207

28-32

39-45

16-18

737-842

78-89

115-132

0.1904

184-210

28-32

40-45

16-18

749-854

80-91

117-134

0.1768

170-196

26-30

37-42

15-17

692-797

78-85

108-125

0.1846

178-204

27-31

38-44

15-18

785-830

77-86

113-130