but that those conserved genes that persists through eon are likely to be genes that are most hearty and most adaptable to future scenarios so it is important to conserve species that have those ancient lineages buzz those conserve genes are perhaps or more parent than more recent genes. >> that's very interesting i didn't know that. that is interesting it is fascinating how some animals to have -- to have conserve things very, very long time of this happened i norms variance in the share age of genes. yes. j well to go back to your own words. because it really is more important to stay in many your world although they overintersect much. but in that section it is not unreasonable speculation but conscienceness in infant mirrors several progression over o time of eve luges does a fish say have a rudimentary or toling of personhood to connect that a little bit with a essay that you have somewhat later had is a really pass mating essay about the internet. in which you wonder there's a sentence called met gain and it's about how internet may be changing the way we think and here's your

they then injected the gene editing system known as crispr.his scans the dna, like a spell—check or a satnav. it then cuts both strands of the dna and removes the faulty gene. a healthy copy of the gene from the egg was then naturally inserted. now here are some of the embryos from the study in the journal nature after being edited. 42 of 58 embryos were corrected. they were allowed to develop for five days. none was implanted. we are very excited about all the work, of course... the research has been welcomed by a team in london who have a license to edit human embryos. they say the technology could eventually help many families. there are some nasty genetic diseases, such as huntington's or, as in this case, a disease that affects heart function later in life, which can basically blight families for many generations. so a method of being able to avoid having having affected children passing on the defective gene could be really very important for those families. nicole mowbray has the same heart condition which was corrected in human embryos

they have fixed a faulty gene.en injected the gene editing system, which scans the dna like a spellchecker awsat now. it then cuts both strands of the dna, and removes the faulty gene, a healthy copy of the faulty gene, a healthy copy of the gene from the egg is then naturally inserted. here are some of the embryos from the study in the journal nature after being edited, 42 of 58 embryos were corrected. they were allowed to develop a five days, none was implanted. we're very excited about the work... the research has been welcomed by 18 in london, who have a license to edit human embryos. they say the technology could eventually help many families. there are some nasty genetic diseases like huntington, or a disease that affects heart function later in life, which can blight families for many generations. so a method of being able to avoid having affected children, passing on the defective gene, can be really very important for those families. nicole mowbray has the same heart condition that was corrected in human e

butjean eddington —— gene editing isa butjean eddington —— gene editing is a technology to watch.west midlands have been convicted of plotting to attack police and the military. the terrorist cell was arrested last august after the security services found a pipe bomb, imitation gun and a meat cleaver in one of their cars during a sting operation. three of the men had met injail and had previous convictions for terror offences, as our correspondent phil mackie now reports. a major alert near the centre of birmingham last august, homes and businesses were evacuated, the bomb disposal unit had to be called. it was the culmination of an elaborate operation resulted in several arrests including these men who called themselves the three musketeers. undercover officers had found a cache of weapons in the back of one of their cars, there was a partially constructed pipe bomb, an imitation firearm and a meat cleaver with the word unbeliever scratched into the blade. they found them behind that door which is a small delivery business which was a front, the boss was an undercover police offi

there are lots of genes like this, where one bad copy can cause trouble, dominant disease genes.dressing them, which could be very useful once these technical hurdles are cleared, which will take a few years, i would guess. hard to put a number, but a few years before that will be technically feasible. and then you ask what will be the issues raised? there are a series of ethical societal issues that will need to be addressed once it becomes techniquely possible, assuming it does. there are many values to correcting genes like this, and there are also risks and societal consequences having to do with things like equity, who's going to have access to this, it's going to be an expensive technology. that's not specific to genome editing. it's true of us in medical advances. it's a societal problem, but needs to be thought through. we now have this opportunity -- we, the community, have this community knowing this is likely coming to think that through, engage in a serious public discussion as to what things need to be fed into that decision. the committee of the academy said -- laid

it has potential for anything caused by a single gene defect of turning the mutant gene into a normallot of people using the term designer bogeys and the fact it is work that is done and gene editing done on embryos and people questioned this legislation and whether any change these to be made before it goes further. absolutely and if it were to go further than legislation needs to change because currently it is illegal to deal with genes, and go on a pregnancy. groups can perform experiments for basic research purposes. there are questions we need to ask and some are practical, about whether in the future... do you think people should feel optimistic, people who know they have inherited diseases in theirfamily, how they have inherited diseases in their family, how much comfort should they take from the news? for 25 years we have had a technology, implantation. in that case we select embryos free from diseases. what we need to ask is what does this technology add to that already? the embryos would have to be tested in the first place and potentially corrected and tested again to see t

that controls a gene. either the gene itself or the part of the dna that controls it. but yes, you can make changes that are very precise, imagine, imagine being able to make a single change to a single letter in the 3 billion base pairs of dna in a human cell. that is the kind of accuracy that we have with this technology. walter: explain to me the scientific and maybe we'll get to the moral difference, of doing that, in a human being or in a cell, or animals which is perhaps easier and doing it in the germ line. what does it mean to do it in the germ line. >> when we talk about doing it in an adult person, or anything or plant or animal, we're talking about making changes to the cell and ways that the dna changes are not heritable by future generations. in the germ line, that is not changed. those changes become part of the entire organism, and the cells are allowed to develop into an embryo. and those changes can be passed on to future generations. becomes a permanent alteration. it is sort of changing

in this case, the blueprint is usually the second gene, which is the second gene always was normal fors. greely, what would you add to this in terms of the significance and excitement in the medical community? >> i think one of the remarkable things about this study is they discovered something surprising. it didn't actually work quite the way everybody expected. and when the story first broke last week early, none of the early stories really talked about the most interesting finding which was the suffered pyramid can is him in the embryo. i think this is a really fascinating advance that might bring embryo editing to the clinical little bit earlier but i think we are still a decade out. maybe now we are nine years and 10 months out. charlie: people have been trying to do this. i mentioned in china and in other places. this really was a breakthrough for this. >> right. basicallye thing that they are college three things, i think, three important things that the previously published ree previousth studies done by chinese researchers, and the big advance that this team was able to do, fi

our top stories: fixing faulty genes to eradicate inherited disease. a scientific breakthrough brings hope to millions of people around the world. scuffles in brazil's congress, as it votes not to send president michel temer to face trialfor corruption. venezuela prepares to install a controversial new assembly, but the firm which helped organise the election says the results can't be trusted. we have to report that the turnout numbers on sunday, the 30th ofjuly, for the constituent assembly in venezuela. president trump reluctantly approves new sanctions against russia. moscow says the move amounts to a "full—scale trade war." and prince philip's last official engagement at buckingham palace as he bows out of public life, aged 96. hello. there's new hope for thousands of families who live with the prospect of passing on inherited diseases to future generations. for the first time, scientists have successfully repaired a faulty gene in human embryos. they used a process known as "gene editing" to correct dna that causes a deadly heart condition. but th

they then injected the gene editing system known as crispr. this scans the dna, like a spell—check or a satnav. it then cuts both strands of the dna and removes the faulty gene. a healthy copy of the gene from the egg was then naturally inserted. now here are some of the embryos from the study in the journal nature after being edited. 42 of 58 embryos were corrected. they were allowed to develop for five days. none was implanted. we are very excited about all the work, of course... the research has been welcomed by a team in london who have a licence to edit human embryos. they say the technology could eventually help many families. there are some nasty genetic diseases, such as huntington's or, as in this case, a disease that affects heart function later in life, which can basically blight families for many generations. so a method of being able to avoid having having affected children passing on the defective gene could be really very important for those families. nicole mowbray has the same heart condition which was corrected in human embry

the dominant disease causing genes.ens the way to addressing them which could be there useful once the technical hurdles are cleared which could take a few years, to put a number on it, a few years before that will be technically feasible. then you asked, what will be the issues raised? there are a series of ethical, societal issues that will need to be addressed once it becomes technically possible, assuming it does. then, we have to decide what should be allowed and what should not. there are many values to being able to correct genes like this. and there are also some risks and some societal consequences, having to do with things like equity, who will have access to this, because it is going to be an expensive technology. that is not specific to gene editing. it is true of lots of medical advances. it's a societal problem but it needs to be thought through. we now have the opportunity, we in the community have this opportunity knowing this is likely coming to think that through, and engage a serious public discussion

we all have two copies of almost every gene.utant gene would come from sperm, from the mail, and the egg would be normal. we found that by making a cut in the mutant gene, the embryo starts trying to repair the damage, and by repairing it will check for errors around the gene. that's how it finds the cut that's there, and also the mutation next to the cut, which will also now be looked at is something wrong. the maternal copy, which is normal, of the gene, is used as a blueprint. this is the main discovery that shows we can actually induce or improve the embryo. so what's the next step? you are saying that in theory this can be done, you have done it in certain circumstances, but presumably broader trials will be needed and presumably as well there might be ethical issues surrounding that. exactly. this is one of the first steps and we hope this will initiate some more discussions in society and with medical agencies about moving this further. the research can be done across laboratories, but putting embryos into patients, that'

our top stories: fixing faulty genes to eradicate inherited disease. a scientific breakthrough brings hope to millions around the world. following condemnation at home and abroad, venezuela's president nicolas maduro postpones the launch of a controversial new assembly to replace parliament and rewrite the constitution. president trump reluctantly approves new sanctions against russia. moscow says the move amounts to a "full—scale trade war". and prince philip's last official solo engagement at buckingham palace as he bows out of public life at the age of 96. hello. there's new hope for thousands of families who live with the prospect of passing on inherited diseases to future generations. for the first time, scientists have successfully repaired a faulty gene in human embryos. they used a process known as ‘gene editing' to correct dna that causes a deadly heart condition. but there is concern that the technique could, ultimately, be used to create so called "designer babies". our medical correspondent, fergus walsh reports. the goal could not be more

a gene, or itve might have a sequence that controls the team. -- the gene. so, you can make changes that are very precise down to -- imagine that you could make a change to a single letter in the 3 billion base characters in the dna of a human cell. that is the type of technology we have now with this technology. -- that is the type of accuracy we have now with this technology. next so, get to -- explain to me the world difference of doing that to a human cell and doing it to a germline. >> if we talk about doing it in an adult anything, plant, animal, person, we are talking about taking changes to cells in ways that those dna changes are not inheritable to future generations. in a germline, that is a different scenario where the changes made to begin a become part of the entire organism in the germ cells are allowed to develop into a whole organism. be passedges can then on to future generations, and it becomes a permanent change. it is really changing the evolution of the species at that point. >> evolution has always changed, so why is it different here?

and some are worried gene editing technology could lead previous attempts at gene editing human embryosa led to serious errors in the dna so a lot more research is needed before this could be used to treat patients. and it raises ethical issues about how far science should go to create healthy babies. let's take a look at some of the day's other news. president trump has signed into law a congressional bill imposing sanctions on russia, but has issued statements saying the legislation is flawed, and part of it may be unconstitutional. the russian prime minister, dmitry medvedev, said the sanctions amounted to a full—scale trade war, and would mean an end to better ties with the trump administration. the law also applies to iran and north korea. here's our north america editor, jon sopel. welcoming you almost sense that he signed this piece of legislation with a heavy heart, and one of the tell—tale signs of that was there we re tell—tale signs of that was there were no cameras present to record him signing this legislation into law, and he says it encroached is on executive authority, i

so we contain the genes that help our ancestors to survive. i have a phrase called the genetic book of the dead. the g and said a modern and all that describes the past as a digital description of the world of our ancestors of the past survived. not the present for the future. in the merchant properties mean it will be very different with our changing environment data break that -- breakneck pace in the way it is amazing we do thrive so well in this environment that is rapidly different in which our genes survive in the past. we have close and huge cities, fast cars, we do suffer from psychological problems because the world is so different this all comes under the heading to the merchant. >> that is very beautiful with the timeframe than the cosmic time frame talking about the past that we are responding so with that rate of change why has that increased? that because of the numbers?. >> is increasing. . . a computers we are living in an astonishingly fast changing world, and it's showing no signs of slowing down. >> two questions related to

they did using a process known as ‘gene editing'.here are many hurdles tojump — but this raises the hope of preventing thousands of inherited genetic disorders. fergus walsh reports. the goal could not be more ambitious. to eradicate inherited diseases. these scientists have taken an impressive first step on a long road. editing dna in human embryos. so how is it done? inside the nucleus of each of our cells is our genome, billions of pieces of dna. it is the instruction manual for life. the scientists were targeting a faulty gene that causes a serious heart condition. they fertilised a healthy egg with sperm from a man carrying the faulty gene. they then injected the gene editing system. this scans the dna like a spell—check or a sat nav. it then cuts both strands of the dna and removes the faulty gene. a healthy copy of the gene from the egg was then naturally inserted. now here are some of the embryos from a study in the journal nature after being edited. 42 of 58 embryos were corrected. they were allowed to develop for five days.

they first allies healthy egg with sperm from a man carrying the faulty gene they then injected the gene editing system known. as crispa. this scans the dna like. spell check or a* now. it then cops both strands of the dna and removes the faulty gene. healthy copy of the gene from the egg. was then naturally inserted. now here are some of the embryos from the study in the journal nature. often being edited. forty two of fifty eight embryos were corrected they were allowed to develop for five days. non was implante. we're very excited about all the work because. the research has been welcomed by a team in londo. who have a license to edit human embryos they say the technology could eventually help many families? there are some nasty genetic diseases such as huntington's or as in this case that. a disease that affects some heart. functio. and later in life. which can basically blight families for for many generations. so a method of being able to avoid having affected children pulsing on the defective gene. could be really very important for for those families. nicole nobody has the same h

if you lose part of this gene or delete the gene, people are more likely to get liver cancer.ohort, about 50% of all the liver cancers actually don't have this gene, and in the worldwide cohort based on international data it would be 70%. this is actually a very significant finding because that means this gene plays a very keen role in the achilles heel in the development of liver cancer. in terms of the medical benefits, what are they precisely? i think the way this gene works is critical for normal cell development, particularly liver cells. if you lose this gene the cells go a bit disorganised, they grow rapidly and it's rather chaotic. so what we're doing right now, and we've published some of that data, is to show the disorganised way in which a cell causes problems downstream. it would mean the additional targets we can actually intervene with therapeutic drugs. as it stands, there's only one drug available for treating advanced liver cancer it's ten years old, and it is time for a new drug to come on—board. only one drug, you say. tell us about why liver cancer is so co

it's not your genes, it's way that genes interact with the environment. thus, starting with fetal life, the interactions between genes and environment are going to shape enormously what state your brain is in in that one critical second but do you pull the trigger or not. >> okay. but you've got to go even further back past you as a single organism, how about your ancestors. what were they up too. for example, if your ancestors were passed, people wonderin wandering deserts and grasslands, the odds are they would have been a culture of honor, high levels of violence, clan vendettas, warrior, that's the whole world of if you come in take your camel and you do nothing about it, the next day they will come and take your entire heard in your wives and daughters too. clan violence going on for centuries and what is clear is if your ancestors were of a culture of honor centuries later, that still influences the values with which you were raised including how often mothers are holding their children. centuries worth of it. steps further back, where are the cultu

gene chelberg: i had a couple ideas. gavin: school administrator gene chelberg was paired with students erin fuller and kinsey thomas. gene is known around campus not just because of his guide dog, but his sense of style. he'd like to wear his favorite overcoat when it rains, but that's a garment that doesn't normally come with a hood-- gene: and the reason why i need a hood-- gavin: and that's an issue for a blind man. gene: is because i can't use an umbrella. when you work with a seeing eye dog, they're trained to avoid overhangs and overhead obstacles, like stop signs and branches. and so, if you were to walk around with an umbrella, you're going to defeat that training. gavin: so, erin and kinsey designed a practical, stylish hood to match gene's overcoat. female: taking to the runway with his guide dog-- gavin: which gene then showed off as part of the school's annual fashion show. it was just one of close to a dozen pairings of students and the disabled. there was a skirt that resists riding up for a woman in a whe

scientists edit a defective gene in human embryos. groundbreaking research that can cure hopes of curing diseases. but there are ethical concerns. ♪ thank you for your company. we start off with those strange relations between germany and vietnam. the two countries are in the middle of a diplomatic row after the disappearance of a the enemy's oil executive living in germany. he is wanted in the anomaly corruption charges. germany accuses the anomaly kidnapping him. the anon says he turned himself into a police station in the the emmys capital -- in the vietnamese capital. >> central berlin, july 23 at 10 :40 a.m. a man and woman are held at gunpoint and forced into a car. the man who was kidnapped is a business executive from vietnam and a former leading member of the communist party. he applied for asylum in germany. his german lawyer was stunned by his case. >>> i've never seen a case where a foreign government kidnapped one of his -- one of their own citizens in broad daylight in full view of the german government. >> the german fo

in this chromosome had a gene that causes a severe heart problem.so researchers used a special technique called crispr to find and help remove the gene inside the fertilized egg. it's like finding a needle in a haystack. the cell then repaired itself, and at the end of the process, the gene that causes the heart defect was gone. that means theoretically the embryo could develop without the defect, but anthony, the f.d.a. technology to help achieve a human pregnancy. >> mason: jon, i know this technology is still in its infancy, but this raises serious ethical concerns, doesn't it? >> reporter: huge ethical concerns. we've been thinking about this for decades, wow, you can repair a gene, but think about it. what are the unintended consequences, and who is to say which genes, if any, should be repaired, what is a defect? overall, the big question is: do we have the wisdom to use this new technology? it's still many years away from being used out there in the field. but there are a lot of questions to be addressed. >> mason: a brave new world ahead. dr

most of them have many genes involved and have gene environment interactions.we're pretty far away from being able to do anything where you pick and choose the characteristics to add in. the other concern is this was designed specifically to look at a problem part corrode code, remove the problem part, and insert the correct part. inserting something else on top-- so, for example, not taking something else out or trying to take something else out that's correctly coded could lead to all sorts of, problems and we'd be very, very cautious before we'd want to try anything like that. >> sreenivasan: one of the big concerns here was that this is not just editing the genes of the specific individual but that this could change the inherited trait that goes on generation after generation. i mean, the national academy of sciences met earlier this year and said we really should reserve this for the absolutely most serious and important conditions, right? >> yes, and i think part of that concern is we don't know yet all of the implications of what we're trying to do. so i

where a very active yet small group of other families with the gene mutation who have met from aroundld. >> now there's 34 families we can communicate with each other, you know, ask questions. people post videos of their kids doing, you know, new things, and it's like a community that we form now. so it's so nice to have that chance to be able to talk to somebody who gets it. >> reporter: the butlers hope their story will inspire others to get tested for the gene mutation which will help continue this study. as ella's exclusive club is looking to increase its membership. >> miracles happen every day and this could be her miracle. so just to see here say mama or da da would be everything for u us. >> this weekend several of the families in that facebook world to right here in dc for a special conference. it's a chance for them to meet face-to-face for the very first time with the doctors and researchers in this study. and for the kids to interact with each other. fox 5 also plans to be there. angelie hemphill fox 5 local news. >>> next at 10:30 are you geared up to watch the next month

gene therapy is a technique that use as person's own genes to treat or cure diseases.is a patient's own cells. it works by replacing a disease causing gene with a healthy copy of the gene or by inactivating a disease causing gene or by introducing a new or modified gene into the body to help treat the disease. in this case the treatment will involve removing t cells from the patient and modifying the cells to kill leukemia cells and then injecting them back into the patient. so far the risk of side effects with this treatment is pretty significant. a clinical trial has shown a very high remission rate for children who don't have much hope of survival with the existing treatments. the cost close to half a million dollars per treatment. this is a new frontier in fighting cancer. a lot of people are hoping that this can be the start of something really big. >> we need something big. on an amazing discovery when we come right back tonight the 66 million years of history they just unearthed. >>> and he was just too curious to keep going. the life saving situation a scal fir

. >>> and researchers have found a way to edit diseases out of genes. but some critics worry it would leave to genetically edited children. take a look at that. horseheadswivellychair.com it could be the next big thing i should totally get that domain name... get your great idea online too... get your domain today, and get... ...a free trial of gocentral from godaddy you won't see these folks they have businesses to run. they have passions to pursue. how do they avoid trips to the post office? stamps.com mail letters, ship packages, all the services of the post office right on your computer. get a 4 week trial, plus $100 in extras including postage and a digital scale. go to stamps.com/tv and never go to the post office again. >>> welcome back, everyone. well, let's take a closer look now at the u.s. sanctions bill. it targets russia for supposedly interfering in the u.s. election. the 2014 annexation of crimea and its military activity in eastern ukraine and syria. the bill punishes iran and north korea for their ballistic missile programs and it gives

- okay, still gene's turn. - you're telling me to walk?w you pee lying down. - no, you didn't. - yeah, i did. - you do it literally all the time. - okay, let somebody else go. wayne. - i think everyone in here is just doing their absolute best. - that was the lie. [overlapping arguing] - i told you this would happen, carol! you happy now? - i'm very happy. and i'm not questioning my faith at all. - no one taught me how to pee the right way, because i didn't have a dad! - hey, mr. pierce, i have-- um... i have the--the research for the... - what do you think of my look? i based it on a michael bublé album cover. pretty fresh, huh? - yeah, it's--it's...fine. i-i don't really know that much about fashion. i got this at a halloween store. it's actually supposed to be frankenstein's top. so... d-do you wanna talk about the story? - eh. we'll get to it. [chris de burgh's "lady in red" plays] ♪ - ♪ never seen you lookin' so lovely ♪ - what do you think of this tune? it was playing when my dog died, but... i sti

who is to stay which genes if any should be repaired. what is a defect?stion is, do we have the wisdom to use this new technology. it is still many years away from being used out there in the field. but there are a lot of questions to be addressed. >> brave new world ahead. doctor jon lapook. thank you so much. >> when we come back, a robbery shortage of witnesses. no matter who was in there last. protection. new lysol power & fresh 6 goes to work flush after flush for a just-cleaned feeling that lasts up to 4 weeks. lysol. what it takes to protect. because your carpet there's resolve carpet care. it lifts more dirt and pet hair versus vacuuming alone. resolve carpet care with five times benefits make the most of a few minutes with instant moisture from k-y ultragel. >>> in durham, north carolina, 39 people, many children were overcome by a chemical leak at a ymca. it was sodium hypo chloride, a bleach compound. six people were treated at hospitals. but no one was seriously injured. two police officers in a

back to you. >> thank you very much, gene has been manning the red phone all hour, so, gene, it remindsobs, you know, one more thing sort of thing. we've posted this pretty solid quarter and by the way, we've got many more innovations to share with you in the months to come what do you think those are? >> well, i think there's going to be some subtle just around the, their new alexa competitor. home pod and probably open that up to developers is something they'll really try to etch size when that ships in december. as far as other things, the mac, they talked a couple of months ago about more innovation, so there could be a wild card around that, but i think foundation alley, the majority of the ref revenue, don't expect anything really ground breaking. the content piece, there was a question that came up on the call, there might be new original video content and trying to flex their muscle in that space >> in terms of the other things you heard on the call, what really stood out to you? josh was talking about china apple seems the sort of stem the depth of the damage in china that it s

how boring is that but it opens the possibilities of genes dabbling. —— how brilliant is that.le are mentioning design of babies saying it is beyond the pale. 0ne babies saying it is beyond the pale. one day soon somebody will say, perhaps we could just push it a little bit further, a little bit further so designer babies are somewhere down the line and this is one of the greatest scientific medical changes are century. the regulations, as you say, the stuff has gone through parliament and we are seen as more liberal than america for this kind of thing. but, how concerned to thing mps are about this? recently mitochondrial disease that has been in the news there was a change in the law to let that happen but it is something that it isa happen but it is something that it is a matter of conscience that mps will discuss this. he threw tricky if you if you think about what they get efficient over —— a hugely tricky. i have no idea how they will react to this one. all the religious people will be involved in this, we debated the mitochondria in the house of lords and went through bu

it removes deadly gene mutations. —— nature.say could help remove all kinds of inherited diseases like cystic fibrosis and breast cancer. in the experiment that they worked on, they looked at hypertrophic khadi a trophy. —— cardia my trophy. nobody knew that some of these people who drop dead playing football were ill. this is the disease that they had. if you can scream for it, you know the parents have the disease, and this could affect generations to come. the big question for some of the newspapers is whether it could lead to designer babies in the future. —— if you can scream for it. that is a line that the daily mail takes. it always takes that line. that is the line that we took from the daily mail. that is the real concern, the daily mail. that is the real concern, isn't it? it begins with a, with a great motive to eliminate diseases, that you have just mentioned, like multiple sclerosis or other diseases, but it could go the wrong way. these innovations have a real impact on people ‘s lives. a lot of people don't know t

scientists cut the faulty gene and left the human embryo living for five days. >> these are molecularcissors that would allow you to direct the scissors into a very specific site and a very specific gene. >> researchers to go -- researchers duplicated the experience men's -- the experiments over time. >> this is a big deal. we won't know what happened when the embryo grows into a baby or when the baby grows into an at all. these are some big unknowns that it will take years to understand. >> nicole also has reservations. >> i wouldn't want to create the perfect child. i feel it my conditition makes e meme. >> d despite the controversy,, e editing could give thousands of unborn children the chance for a healthy life. laila: let us bring you up to speed with other stories. the fbi has attained a cyber security expert credited with helping to stop the global ransomware attack eaearlier this year. marcus hudson's is a british citizen that was arrestedd durig a hackers conference in las vegas. he has been charged with advertising and selling hacking tools. thousands of people have taken pa

i hope he's listening to you, gene.hen we come back a key figure behind the new infamous dossier of unsubstantiated claims against president trump. we'll talk about the stakes for the white house if the transcript of the testimony is released. causing a lack of sharpness, or even trouble with recall. thankfully, the breakthrough in prevagen helps your brain and actually improves memory. the secret is an ingredient originally discovered... in jellyfish. in clinical trials, prevagen has been shown to improve short-term memory. prevagen. the name to remember. heri think i might burst..... totally immersed weekenders. whatever kind of weekender you are, there's a hilton for you. book your weekend break direct with hilton.com and join the summer weekenders. >>> so i think the fact that the guys from fusion today gave this extensive testimony and are willing to have that put out there in the public record and turned over 40,000 pages of documents should absolutely terrify donald trump's attorneys and the sort of constellation