Into The Secret Lab

Transcript

43. Our next big launch.
44. Our next big launch.
50. It's in the testing phase, but we are...
51. It's in the testing phase, but we are...
52. It's in the testing phase, but we are...
53. Facing some challenges.
54. Facing some challenges.
55. Facing some challenges.
56. We need your expertise.
57. We need your expertise.
61. Me?
63. Have you ever heard of.
65. …The Fountain of Youth?
66. …The Fountain of Youth?
93. Like I said before, we’ve been watching you.
94. Like I said before, we’ve been watching you.
95. Like I said before, we’ve been watching you.
96. Like I said before, we’ve been watching you.
97. Like I said before, we’ve been watching you.
105. I know what you’ve been working on.
106. I know what you’ve been working on.
107. I know what you’ve been working on.
108. I know what you’ve been working on.
112. It’s what I myself have been working on for years.
119. Cellular restoration. How did you--
120. Exactly.
121. We’ve cracked the code.
122. Our research found that when the protective end caps on chromosomes shorten.
123. Our research found that when the protective end caps on chromosomes shorten.
124. Our research found that when the protective end caps on chromosomes shorten.
125. Our research found that when the protective end caps on chromosomes shorten.
126. cells then can no longer divide and become senescent or die
127. cells then can no longer divide and become senescent or die
128. cells then can no longer divide and become senescent or die
129. cells then can no longer divide and become senescent or die
130. cells then can no longer divide and become senescent or die
131. cells then can no longer divide and become senescent or die
132. cells then can no longer divide and become senescent or die
133. but we figured out a way of using a forced genetic mutation that helped us formulate a “serum”
134. but we figured out a way of using a forced genetic mutation that helped us formulate a “serum”
135. but we figured out a way of using a forced genetic mutation that helped us formulate a “serum”
136. but we figured out a way of using a forced genetic mutation that helped us formulate a “serum”
137. but we figured out a way of using a forced genetic mutation that helped us formulate a “serum”
138. but we figured out a way of using a forced genetic mutation that helped us formulate a “serum”
139. but we figured out a way of using a forced genetic mutation that helped us formulate a “serum”
143. which contains a compound that stimulates the enzyme telomerase--
144. which contains a compound that stimulates the enzyme telomerase--
145. which contains a compound that stimulates the enzyme telomerase--
146. which contains a compound that stimulates the enzyme telomerase--
147. which contains a compound that stimulates the enzyme telomerase--
161. Extending telomeres and extending the life of cells.
162. Extending telomeres and extending the life of cells.
163. Extending telomeres and extending the life of cells.
165. The Fountain of Youth.
166. You did it. This could change everything.
167. You did it. This could change everything.
168. World hunger, rebuilding the rainforest--
169. World hunger, rebuilding the rainforest--
170. Well, wait.
216. We are so close.
217. But there’s something wrong with the compound.
218. But there’s something wrong with the compound.
224. The cells are reaching their replication limit and reverting at a rapid rate.
225. The cells are reaching their replication limit and reverting at a rapid rate.
226. The cells are reaching their replication limit and reverting at a rapid rate.
227. The cells are reaching their replication limit and reverting at a rapid rate.
228. The cells are reaching their replication limit and reverting at a rapid rate.
229. I’ve been dealing with similar issues in my findings.
230. I’ve been dealing with similar issues in my findings.
233. But I have a theory that if...
234. But I have a theory that if...
240. May I?
241. May I?
248. Beyond just adding telomerase, we can modify the epigenetic markers
249. Beyond just adding telomerase, we can modify the epigenetic markers
250. Beyond just adding telomerase, we can modify the epigenetic markers
251. Beyond just adding telomerase, we can modify the epigenetic markers
252. Beyond just adding telomerase, we can modify the epigenetic markers
253. Beyond just adding telomerase, we can modify the epigenetic markers
254. Beyond just adding telomerase, we can modify the epigenetic markers
255. Implant them into cells, replacing or complementing existing chromosomes
256. Implant them into cells, replacing or complementing existing chromosomes
257. Implant them into cells, replacing or complementing existing chromosomes
262. Slow down the process. Yes! Exactly! We’ve been trying that.
263. Slow down the process. Yes! Exactly! We’ve been trying that.
264. Slow down the process. Yes! Exactly! We’ve been trying that.
265. Slow down the process. Yes! Exactly! We’ve been trying that.
270. Yes. But have you tried using quantum mechanics?
271. Yes. But have you tried using quantum mechanics?
272. Yes. But have you tried using quantum mechanics?
273. Yes. But have you tried using quantum mechanics?
274. Yes. But have you tried using quantum mechanics?
275. Yes. But have you tried using quantum mechanics?
276. Yes. But have you tried using quantum mechanics?
277. Yes. But have you tried using quantum mechanics?
278. Yes. But have you tried using quantum mechanics?
279. Yes. But have you tried using quantum mechanics?
280. It’s only theory
281. It’s only theory
282. It’s only theory
283. It’s only theory
284. but I’ve been tinkering with it
285. but I’ve been tinkering with it
286. and —
287. and —
288. and —
311. Impressive…
327. OH SH-- I am so sorry. I have to--
328. OH SH-- I am so sorry. I have to--
329. OH SH-- I am so sorry. I have to--
330. Of course! I completely understand.
340. Dr. Robinson!?
341. Dr. Robinson!?
346. I will be calling you very soon.