Well, it's time to talk about cerebrospinal fluid and the ventricular system. So let's get started. I'm holding a cast of a real human ventricular system. So these are the ventricles in their actual size, and I want to show you that they have different parts and different names, and then we're going to look at them inside a brain. So this is the large lateral ventricle, which is inside the hemisphere. This is the right one, and there's a mirror image on the other side, the left ventricle. Theoretically, they should be called ventricles one and two, but we don't name them that way. And then in the midline, you can see a large flat area like this. It's very narrow. It has little dips and holes in it, and that's the third ventricle. The third ventricle is also between the hemispheres and also between that part of the deep brain structures called the thalamus. So we have lateral ventricle, we have the third ventricle, and the lateral ventricle drains into the third ventricle on each side through a narrow channel called the inter-ventricular foramen. And then as I rotate this, you can start to see that this third ventricle connects through a narrow channel called the aqueduct, or the aqueduct of sylvius, but we don't use those proper names any longer, through the aqueduct to a large midline space, sort of triangular or diamond shape, maybe better seen from the back side. So here is the third ventricle in the midline, very narrow. The narrow aqueduct that connects it with the area called the fourth ventricle, which is rather diamond or rhomboid shaped. So we have fourth ventricle, aqueduct, third ventricle, and the two lateral ventricles on either side. Let's look at a three-dimensional reconstruction of the ventricular system made by the University of Washington. In this translucent illustration and animation of the ventricular system, you can see the frontal, occipital, and temporal horns. Furthermore, you can see the third ventricle from the lateral view, and in the anterior and posterior view, you can see the narrow slit-like third ventricle communicating with the aqueduct and fourth ventricle. Note that the system ends in the caudal medulla. This animation, with the left hemisphere removed, better demonstrates the relationship of the third ventricle to the thalamus in pink and the hypothalamus in yellow. When you see the thalamus and hypothalamus, you know that the medial surface of those structures is formed by the third ventricle. It's narrow slit then connects through the aqueduct the fourth ventricle, which you can see here in respect and relationship to the cerebellum. This animation is showing the lateral ventricles, but both hemispheres have been removed. So the relationship of the ventricular system to the thalamus and brain stem can be observed. The thalamus is connected to the rest of the brain stem by the cerebral peduncles in white. And then you can see the pons and the medulla with the cerebellum on the posterior side. Our next animation is going to show you the rest of the brain stem with the cerebellum removed. Here we have the cerebellum, brain stem and thalamus, and we can see through the brain stem, particularly if we remove the cerebellum and look down on the fourth ventricle. In the lateral view, you can easily see the third ventricle between the two thalami and hypothalami. And as it rotates, you can see the narrow aqueduct connecting with the fourth ventricle. The third ventricle here has a hole in it. This may or may not be present in different people and is not relevant. I have here a diagram of the mid-sagittal surface of the brain with the frontal lobe to your left and the occipital lobe to your right. And this gray space in here represents the ventricular system and the gray space on the outside of the hemisphere and brain stem represents the subarachnoid space. And I want to discuss for a moment the production of cerebral spinal fluid. Cerebral spinal fluid is not just an ultra-filtrate of plasma. It is quite different. It is secreted by epithelial cells in the coroeplexus, which are in close opposition to brain capillaries. It is low or has no cells in it. It is lower in protein and glucose and is secreted by an active process. Material or substances in the blood, most of them, cannot pass through these coroeplexus cells into the cerebral spinal fluid. And thus we have something called the blood CSF barrier. If I put blue dye in the blood, it will not come out in the cerebral spinal fluid. This is very protective of the brain and yet allows for substances in the cerebral spinal fluid to be actively circulated without harming the brain. So what happens to this cerebral spinal fluid? We talk about its circulation with these arrows here, but it really doesn't circulate. There is no flow in a purposeful direction. Rather, it pulsates a bit with the heartbeat and the cerebral spinal fluid is primarily made in the lateral ventricles of each hemisphere, comes down through the interventricular fraymen to the narrow slit-like third ventricle, which is between the tooth alomai, continues down through the cerebral aqueduct at the level of the midbrain with the tectum and the peduncles, and at the level of the pons medulla, it forms the fourth ventricle, which bulges up into the cerebellum. It leaves the ventricular system through a single median aperture into a large well or cistern called the cisterna magna, and this is subarachnoid space. There are two lateral apertures that go out into the lateral area, but we can't see them. And so CSF can then circulate around the cord, descending this way, or up and over the cerebellum, and around and over the hemispheres. How do we get rid of it? Well, at least 75 percent of it we remove through pressure gradient, higher in the CSF than in the blue venous blood here, which is in the dural sinus between the layers of the falx, the superior sagittal sinus. So let's look at that. We have a superior sagittal sinus, a straight sinus. They kind of have a confluence here, and the venous blood drains into the internal jugular vein, because we do not have lymphatics in the brain. So interstitial fluid from the cells in the brain, a small amount of it actually enters into the CSF, and can either be removed through these arachnoid granulations that project into the dural sinus, or some of them, some of the fluid can be removed down around the spinal cord in the spinal nerve sleeves. Let's look at a gross specimen. Here we have a left hemisphere, mid-sagittal section, and what I want you to see is that there is this curtain, or septum, that keeps the lateral ventricle, which is behind it, separated from the rest of the ventricular system. This is the corpus callosum, uniting the hemispheres through axonal connections. This is another band of fibers called the fornix, and this is the surface of the thalamus, which is also the lateral wall of the third ventricle. This hole here is that inner ventricular foramen that goes out into the lateral ventricle. Very, very nice, and then here is the third ventricle. I'm going to move to another half-brain because I want it to be oriented in the same direction as the radiologists view the brain in mid-sagittal section. Now we are looking at the right hemisphere, and in this brain when it was sectioned, the septum, or the curtain that separated the lateral ventricle, was partially cut, which allows us to look into the large lateral ventricle out here to the side. But we can still see the corpus callosum. We can still see a band of fibers called the fornix. It's got slightly sectioned here, coming down, and we can very nicely see sort of the shiny wall of the third ventricle. The fluid and the lateral ventricle passes through the inner ventricular foramen and into this third ventricular space. Here are some landmarks around the third ventricle. There's the anterior commissure. There is the optic chiasm. This is a bit of the anterior cerebral artery. There is the floor here, which is the hypothalamus with the mammillary body, and there is the posterior commissure, the attached pineal gland, and on the top, on the surface here, is a little bit of corey plexus that forms the roof of the third ventricle. So now you've seen the third ventricle. Nicely visible here is the aqueduct. The aqueduct is always associated with the midbrain, just as the third ventricle is associated with the thalamus. The aqueduct is associated with the midbrain. Two midbrain structures on the dorsal surface are the two caliculi, or the tectum above, or the roof above, the aqueduct. On its ventral surface, the midbrain has the cerebral peduncle. The level of the ponds and the medulla, we have the fourth ventricle. So the aqueduct opens into the fourth ventricle, which pokes up like a tent into the base of the cerebellum here. And here's a bit of corey plexus that's in the fourth ventricle. Now that median aperture, you can't see right here, but out here to the side are the lateral apertures where the cerebral spinal fluid goes. Now this surface here was covered with Pia that you can see here and arachnoid. And between the two is the subarachnoid space. So since this system only holds about 25 milliliters, and the total content of the cerebral spinal fluid at any one time in a normal person is 125 milliliters, that means about 75 percent or 100 milliliters is circulating in this subarachnoid space and out and down and around the cord and the medulla. So there's more fluid in the subarachnoid space. When the brain is in the cranial cavity, it is really floating in cerebral spinal fluid. That fluid serves several purposes. It cushions the brain from trauma because the weight of the brain being 1300 grams, when it's floating in that CSF, it only weighs 25 grams. So with the cushion, it also removes metabolites and brings nutrients to the nervous tissue. And it also influences cerebral blood flow. The blood is flowing and if the increased pressure of the CSF goes up, that increased pressure reduces the amount of cerebral circulation against the pressure from the cerebral spinal fluid. Let's orient ourselves and look where that cerebral spinal fluid goes after it leaves the median and lateral apertures. It circulates in this space here, spanned by these bits of green arachnoid membrane. This is the arachnoid and it spans over to the peel surface, which is right over the gray cerebral cortex or gray matter. And in that subarachnoid space, run the major vessels that enter into the brain. So this is an important space and the CSF dips down between the gyri. But what I want to point out to you are these bumps or granulations of arachnoid tissue that project into this blue midline sinus, venous sinus filled with venous blood, the superior sagittal sinus, which is located in a fold of dura that comes down between the cerebral hemispheres called the fox. So if this is the dura surface and this is the fox that comes down in the midline, this would be one hemisphere, the other hemisphere, and these granulations poke into there and there is a sufficient pressure gradient of CSF, which is normally slightly higher than the venous pressure and the fluid is transported or moved, so to speak, mostly under pressure, but with some active component and at least 75% of the cerebral spinal fluid is removed into the dural sinuses and drainage down into the jugular vein. Back to our model again, because it nicely shows you that superior sagittal sinus that runs in the fox between the hemispheres, there's another sinus, an inferior sagittal sinus that connects to the straight sinus back to the confluence. All of these internal veins are draining back through the transverse sinus and down into the jugular vein. But next I want to continue with the journey of the cerebral spinal fluid that dead ends, so to speak, inside the ventricular system at the base of the medulla here. And remember it goes out through the apertures, either the median one or the two lateral ones, into this subarachnoid space. And we want to continue down with this subarachnoid space, down around the spinal cord and the cauda equina, because I want to show you those relationships on a gross brain. So now it's time to look at our ventricular system as if you were a pathologist or a radiologist. So starting with our mid sagittal brain, cutting it in this direction will give us coronal or frontal sections. So I have for you a coronal or frontal section, gross, taken from a normal brain. And out here you can see the two lateral ventricles. And if you come in a little closer, you can see that there is a bit of corey plexus here. We're not right at the level of the interventricular foramen, but it would be approximately here. We can pretend that these two ventricles, lateral ventricles, empty into the midline slit-like third ventricle. So if this is third ventricle, this has to be thalamus. Thalamus on one side and thalamus on the other side. If you see thalamus, you know you've got third ventricle. If you see third ventricle, you have to recognize that you have thalamus to the side. And then laterally, the large internal capsule, band of white matter, of ascending and descending fibers. In addition, out here there is another part of the ventricular system, that part which is in the temporal lobe. This is one temporal lobe, the lateral fissure, the insular cortex, the other temporal lobe, and insular cortex. And this is that part of the lateral ventricle in the temporal lobe called the temporal horn, or the inferior horn. We were just looking at a frontal section taken through the thalamus, which is right here. And now I want to show you a couple of sections taken a little more anteriorly, or rostrally, through the basal ganglia. These two sections are through the basal ganglia. They're more visible and easier to see on this one. And this section from a different brain, obviously, doesn't have the temporal lobe on it. But what I want to point out to you is the difference in the ventricular size of the anterior horn or frontal horn of the ventricles when you compare one brain with the other. Here they're narrower, and even in a younger person they would be even more slit-like and curved. But down here, because of loss of brain tissue with aging, the ventricles have become enlarged. Now let's look at the ventricular system, frontal section by our coronal section, in a radiologic specimen. This frontal, or coronal section, is an MRI showing the bright white cerebral spinal fluid. It clearly delineates the gyri and sulci, dipping between them, and even entering the lateral fissure and outlining the surface of the insular cortex. The temporal lobes are clearly seen, and between them, at the base of the brain, is one of the cisterns filled with cerebral spinal fluid. Deep in the hemisphere on each side are the two lateral ventricles separated by the septum palusitum. And just below them in the midline is the thin, narrow slit-like third ventricle. On either side of this slit is the hypothalamus and a bit of the thalamus. Now we're going to look at the brain in a different plane. We're going to look at it in an axial or horizontal plane. And I want to show you what the ventricular system looks like in that plane. Here you can see the slit-like anterior horn with the interventricular foramen connecting into the third ventricle, slit-like, with the thalamus on either side. So here we have the anterior horn, we have the third ventricle, and then curving around, the horn curves around, and we have the occipital horn projecting back into the occipital lobe. Here again is the occipital lobe, and this is the occipital horn of the lateral ventricle. And then projecting down in this direction, we would be going down into the inferior or temporal horns. Now let's look at a radiologic image of the same level. This axial or horizontal MRI has the cerebral spinal fluid bright white as in the previous radiograph. And it circulates in the subarachnoid space outlining the gyri and entering also into the lateral fissure. Deep in the frontal lobe you can see the anterior horn or frontal horn on either side. It's very narrow and slit-like compared to the gross sections you saw because of the lack of atrophy and the younger age of this patient. Recall that the two lateral ventricles here are going to communicate through the interventricular foramen with the third ventricle, which extends from here to here. And it's narrow and slit-like. And the reason you can't see the bright white line here is because the two sides of the thalamus on either side, one side and the other, are abutting or touching each other, present in some brains, not in others, and not significant. In addition to the thalamus out here to the side, the dark white matter, remember dark axons have a different signal from the bright cerebral spinal fluid. This is the internal capsule that separates the thalamus from the basal ganglia. Returning to our mid-sagittal section now, we can review the ventricular system on an MRI of a mid-sagittal section. This sagittal MRI has the cerebral spinal fluid bright white and illuminates in the sulci the gyri in between. The occipital pole is on the right and the frontal pole is on the left, as is the radiologic convention. The dark corpus callosum is clearly visible in the midline because myelin has a different signal density. Beneath the corpus callosum, you can see the lateral ventricle and you can imagine the connection into the third ventricle through the interventricular foramen. And I am outlining the third ventricle here, which is a little bit difficult to see because of the mass intermedia or that thalamic adhesion in the midline. But fluid fills this entire region at some point and connects then with the aqueduct, really not visible here, but imaginable, down into the fourth ventricle, which sits between the cerebellum and the pons and continues down to the bottom of the medulla where it terminates. At this point there is the median aperture, which connects with this large cistern or the cisterna magna and then there are the two lateral cisterns. And so cerebral spinal fluid flows into this subarachnoid space, can flow over the entire surface of the medulla, of the pons, the base of the brain. These large cisterns at the base of the brain, over the midbrain here and beneath the cerebellum, these cisterns are easily recognized and are important radiologic landmarks. The medulla continues down and at the level of the junction between the cord and medulla, you have the foramen magnum and cord beneath it at that level. So let's summarize about the function of the cerebral spinal fluid. Remember that the cerebral spinal fluid is circulating underneath this thin glistening arachnoid membrane in the subarachnoid spaces where the probe is. And that fluid, about a hundred milliliters of it, is circulating over the surface, the entire surface of the brain, over the brainstem and around the spinal cord and cauda equina. It forms even though it's just a narrow layer of fluid, it's very important in cushioning the brain. It's a very important, it's floating, the brain is basically floating and if it weighs 1,400 grams now, when it's floating in the cerebral spinal fluid, it only weighs about 25 grams. So the cushioning function of the cerebral spinal fluid to help avoid traumatizing the brain is a very important function along with removing metabolic byproducts, providing nutrients and peptides for controlling cerebral spinal fluid production and also influences the pressure inside the cerebral spinal fluid space influence cerebral blood flow. When intracranial pressure is high, it makes the blood flow much more difficult. So there's a delicate balance between cerebral blood flow and intracranial pressure.


Ladies and gentlemen, we take you now behind the scenes of a police headquarters in a great American city We're under the cold glaring lights for fast before us the innocent the vagrant the thief the murderer This is the line-up Your victim show you still waiting smoke Room may I have your attention, please? Thank you. My name is grab sergeant Matt rev. I'll explain the lineup to you Each in a suspect you will see will be no sense of me sticking around here What do you know? Just in time mr. Chadwick sit down this is Sergeant Asher You could have used the jail line The officers who took your name will assist you their seated among you Please be prompt with your questions or identifications When the prisoners leave here, they are sent to the washroom and dressed back into their jail clothes It makes it quite difficult to bring them back after they leave here The questions I asked these suspects are merely to get a natural tone of voice So do not pay too much attention to their answers as they often lie Bring on the line All right boys all the way to the end of the stage come on all the way to the end that's right Now turn in face front hands out of your pockets down at your sides and look straight ahead That's a ticket Now I'm gonna ask each of you some questions I want you to stand out talk up so the people in the back of the room can hear you It's a long way back there. So talk up Number one fully old Mahoney in our colleagues What is it Paulie? Oh Matinee or old Mahoney?  Come on. What's the address your game? The search is in captain South Africa. And that's my home, sir That's my address. Where's the last place you slept and aboard me ship sir the emerald queen She's at pier 14.  Yes, sir. How long you've been in town? To die sir those the clothes you were in when you were arrested. Oh, yes That's my best my very best Anyone arrested with you.  That's number 17 he in America. You know sir Australian. How long you know them? Well all my life, sir. We ship together What are you using now for the heroin cocaine morphine? What? Oh, sir. I'm not using only things Number two Edward Bible Grand Theft Auto Where do you live Edward? Oh me? Yes, you I live with my sister-in-law.  You'll have to speak louder. Tell him where you live again 1550 Lafayette Lafayette 3 When the two officers signaled you to pull over to the side of the road Why didn't you stop instead of making them chase you? Well, like I told the old boy upstairs I didn't know that what they were policemen You didn't recognize their uniforms I have trouble with my eyes they go back on me just just like that sometimes Yes, Edward. I ain't never been in no trouble. Never except once once arresting on suspicious. That's all just like suspicious Suspicious, huh? That's right What about your conviction? Well, June 7 1948 two years for burglary. Oh, you know sergeant. I forgot all about that All right number three. I just heard that automobile from that man sergeant when I know it was a mess to my dog I don't know all right. All right. That's enough Edward slide down to the end of the line. Yes, sir.  Where do you live John? 4200 Laramus Creek. What's that? Silver moon motel. How long you live there three days?  How long you been in town got in last Sunday come by bus train plane or what I drove in with a man from Kansas City Who shared expenses and split the driving? What's your work John? electrician Were you carrying a weapon when the officers arrested you? Yeah revolver. What kind? 38 Who steal played it what nickel plated? How long you've had it? I bought it for the trip I didn't know the man I was traveling with and I thought I'd have something to protect myself with where'd you buy it from a man to peak it Okay, John Number four Karl powers are so good face frontal speak up Karl You live at 1601 Cherry Street. Yeah, how long you live there? Yeah The report says you were breaking furniture at that address. They ganged up on me who Mike and his wife Mike Who's Mike Mike well, well Some double-jointed name. I never could say Mike. Well, it is key. He's here, too.   Which number three fits the general description you gave any questions or identifications from the audience. I just don't think so lieutenant Lieutenant nothing sergeant.  All right, let me know Hi. Hi, you finished already? Yeah, not many today Chadwick didn't come through, huh? No. Yeah, take a look at this All these places? Yep M. O is exactly the same They got a little neighborhood jewelry store. She stays on the outside. He goes inside and cleans the place They hit once and scrammed the next time Ben these descriptions are all pretty much alike Including the one we got from Chadwick Hey, what about that? I thought short time in was our boy.  Oh, not much They've never made more than 14 appointments in the two-year period. That's the way it goes with civil service Well, at least the wait is over, huh? That's something Hey, haha some game, huh? What do you mean some game? Sorry Gathrey, yeah Denver Mm-hmm. Well, hold on Matt. What about Tynan back at the city jail going to be arraigned on concealed weapons this afternoon It's okay. Thanks, Brian Tynan may still be our boy Matt. Chief of police in Denver wants us to haul Jewelry store man there identified the picture we put on the wire last night Get Chadwick up here. He's down looking through the mug file Lieutenant I've been away from my store all morning. It won't take too long, Mr. Chadwick We just want to clarify a few matters You want us to get the man and woman who held up your store, don't you? Well, yes, of course Then why have you been wasting my time your time the department's time, Mr. Chadwick What last Saturday morning a man and woman stuck up your jewelry store happened approximately 11 30 in the morning Before you went to the bank now just a minute lieutenant Let me finish and then you can talk besides a sizable amount of jewelry stock You also reported that over 800 dollars in cash was taken from your safe It's a matter of routine our robbery division found out that you haven't deposited more than 400 dollars in cash On any Saturday morning within the last eight months, but we gave you the benefit of the doubt You seemed in good faith and anxious to cooperate with us Matt, hand me that Here you are, Ben Thanks This is a picture that went out over the wire last night. It's the man you saw in the lineup this morning. His name's John Tynan A victim in Denver identified this picture of the man Working with an unidentified woman who held up his store We're pretty certain he's the same man who held you up Well What have you got to say All right I guess I've caused you an awful lot of trouble It isn't the first time a victim hasn't identified a thief because of the money he hoped to collect on his casualty policy Well, mr. Chadwick Yes, he's the man who held me up Will I be booked or something? How much cash did he actually get 360 dollars? How much did you claim 800 plus give him a format so we can verify this identification, right? I don't understand people sometimes May hooman holler and cry for law and order and protection When they have an opportunity to do something active in the way of apprehending criminals, they pass it up Sign here, mr. Chadwick In this copy too You better call your lawyer, mr. Chadwick insurance companies don't like to be lied to either I got it too. And there's a couple of retirements coming up next month. Yeah, congratulations, pain. Thank you, Ben Boys, you've been sweating it out haven't we all Okay What's that book a number again 22689? Let me let him out for your lineup today. Uh-huh How's Molly? good Hey, hey sergeant. Hey sergeant. I gotta see him in just a minute. I got something to tell you later at later Hey, but it's important Oh, don't forget Hi, calm. Yeah, that's really how you've been lieutenant. Fine. Thanks yourself. Good. Hey lieutenant Why don't you get him to put radios in these places at least while the series is on? All right, right knock it off you guys knock it off Some people want to get some sleep around here, you know Tining Come on Now what? This way There's no phone in here, Ben. No, we won't need one. Thanks, bean Sure Sit down John smoke Sure Why the visit? You're identified john denver police wants you for the same thing we picked you up on here Mr. Chadwick here in towns identified you too Matt, show him Here Look, I'm over Well, son What's it mean? That depends on you Have we been in trouble before? No How old are you? 23 Well with or without a statement you'll be indicted for grand theft and robbery They can also throw in transporting stolen property carrying concealed weapons It'll be easier if you cooperate with us How long? Hmm. It's up to the judge of the superior court But we'll be there to tell him how much you helped us or how much you didn't Her name's Irene Oldham You can pick her up at the Albany Hotel She's registered under the name of Mrs. Dick McBride Get a stenographer man This Saturday night CBS radio catches up with the wandering caravan of Vaughan Monroe After a one month vacation Vaughan the moon maids the moon men and singing comic ziggie talent Will again make music in the Monroe manner over most of these same stations CBS radio beams their season premiere out to you this Saturday night. Don't miss it Can you use my desk? Smoke John Thanks We'll get some facts first. You can take these holy wait a minute. They pick up Irene yet. I'm doing it now Oh, I don't want to see when they bring her in lieutenant. We'll have to see you when you're a rain But I don't want to see her now Okay Well, let's go ahead How long have you known Irene Oldham? I met her two months ago. Where my hometown to pick it go on John We liked each other Irene and me Decided to pull some jobs together. Was it her idea or your idea? Both of us I guess But she figured out a way to do it the idea was to hit and run So we took her car and went on the road. We'd go in a jewelry store and pretend like we're gonna get married and wanted to pick Out a ring We'd wait until the store cleared if there were customers in there. Nobody suspected this Even though Irene's almost 30. We both look the same age. I guess Well, when we had our chance, I'd gun the storm and and Irene keep a lookout in front That's the way we planned it all the time. We'd stay in different places each town Where were you last Saturday morning at 1130? I was with Irene At a jewelry store in eastern avenue in this city named the store um The elite jewelry company we robbed it I used a gun 32 revolver that I bought in Topeka, Kansas My accomplice accomplice in robbing This robbery was Irene olden She looked out the front while I stuck with the man inside I took everything in the open cases in the store that looked valuable to me and then I forced the man to open the safe I remember it was 360 dollars because the man had it already deposited in the bank I went outside then and yeah, I'll hold it down Well checked out an hour ago. Just missed it Hotel manager reported a big nice looking guy came and got her bag and baggage Drove a cab to 51 Dorman thinks 62 are first on the license numbers further call him frank We'll see what you can do with license registration coin and get out of may pb on them. It can't get too far right All right, go ahead John Well, I gave the money and the jewelry to Irene like I'd been doing on all the jobs Irene was saving it all for us. This was our last stop We were going to get married and go to South America when we finished Through the moniker file on that frank anything. Well about 16 possibilities from the description being worked on Brent in her room matched up. She's a hometown girl Where'd she fall from this county first time january 1941 automobile theft R and I came up with this and names Irene Kingston alias Irene King Irene Kensington Irene Breiland Helen diamond Got a mother living here. Mrs. Edith Kingston You get a make-and-one on this Irene yet? Asher's holding it for you downstairs. She's got a red flag since 1948. What's the charge? murder Mrs. Kingston Yes, police. I'm Lieutenant Guthrie the sergeant Graham. We'd like to talk to you About Irene. Yes Sit down Just a minute. I'll turn this thing off What is it? This time Irene's in town, Mrs. Kingston Well, I haven't seen her she hasn't contacted you at all She hasn't contacted me since she was 16 sergeant You mean you haven't seen your daughter since she was 16 mrs. Kingston. I mean Yes, I've seen her She's lived here with me at different times when she wasn't running around Or in prison and when was the last time you saw her Three years ago She hasn't contacted you in all this time I said no before Lieutenant I can't help you. Maybe you can Mrs. Kingston Do you know any of Irene's friends here in town? I told you I haven't seen her for three years. Well, we mean some old friends She might have known when you were seeing her when she lived here with you I don't know any of them They'd come here now and then I I never wanted them in the apartment Some I remember some I don't I guess This is our job, Mrs. Kingston. If it weren't us it'd be somebody else Your daughter's wanted for robbery and murder We're trying to get a line on anyone. She knew it all Anyone she might see while she's in town any place she might stay Uh, have you got the list ma? Oh, yeah There's several names in her file downtown of people she associated with here Maybe you know some of them or can tell us where we can locate them I told you I can't help you Well, let's try anyhow A man named, uh, Paul Ames? No, I don't even recognize that name Louis Wenberg? No William Doyle Rosetta Maze Paul Frans Rosetta Maze She went to high school with Irene She died last year in childbirth And John Evey Leonard Ippwich You don't recognize any of those names, huh? No, no I'm not good at names at all Maybe if I saw the faces I could tell you something about them Mrs. Kingston hiring came in town last weekend with a boy named John Tynan We have him in custody already She was staying at the Albany Hotel calling herself Mrs. Dick McBride She checked out just before we got there The man she called Frank picked her up Do you know anybody she used to call Frank? No Our description says he's a big man over six feet around 200 pounds or better Dark hair, uh I can't help you a bit I've never been able to help Elise I've never been able to help Irene She got a Taste of the gutter once and she liked it And that's that Don't you understand?  Oh, thanks, Mrs. Kingston. Come on then Bye. Bye Let's get some men on this place 24 hours a day Three days now, man. Yep. I wish we could get something We will We had that apb out on her and that Frank less than an hour after they started We got all the roads covered airports bus stations And don't forget her mother's apartment Don't forget that Yeah, I hate to keep so many men tied up Hey there All right, Matt, Ben, how are you? Fine, Joe, 13 JN. Yeah, you want it? Yeah, sign here. All right Okay Parked about halfway down the line. I see her. Thanks, Joe. See you Joe. Yeah This baby could stand a pain job.  Oh, Klein's on the phone, Ben. I thought it'd save time instead of a 1041 Right You got three one Okay Thanks, Joe. Sure, Ben Klein's picked up Frank out of the airport. Let's go, man Any trouble, Klein? Now like a lamb bought two tickets for the five o'clock plane He used the name Mr. and Mrs. Frank Peterson. That was on his license, too, Frank Peterson Bring any luggage? Checked it through already What'd he say? Not a word. Asher's got them here Are you Frank Peterson?   Someone might get hurt around here Where is she, Frank? Where's Irene Kingston? All right, take him down and book him Oh, nothing. Asher and Klein are covering the main entrance Murphy and Carger, the parking lot Eul's at the cab stand and Blaker went over to the other terminal just in case she might have made a mistake Yeah, ten minutes to five. Something should happen pretty soon If it's going to happen You know, she might have been counting on a call from Frank or something She ran out on Titan when he didn't call Yeah, it's a chance Some gal Yeah On front Yeah She came in on a cab. I tagged her right after she pulled up, but she had a gun You all right? Ah, my leg. I was lucky She kicked off her shoes and ran for the field. Asher took out after her That way? Yeah Hey, you, you're there. Call an ambulance Come on, man Right Through the parking lot, then All right There's Asher Hey, you got her I figured why she was running for that field You're still alive Uh-huh How's Klein? Nick, you okay? Yeah I'll get an ambulance out of here Yeah Just five o'clock That must be their plane Wonder where they were going South America The lineup Where before you passed the innocent, the vagrant, the thief, the murderer Listen again next week when we again bring you the lineup People out there on the other side of the wire in the audience room May I have your attention, please Thank you. My name is Greb Sergeant Matt Greb, I'll explain the lineup to you Each of the suspects you will see will be numbered I'll call up and number their name and charge If you have any questions or identifications, please remember the number assigned to the prisoner as I call his name And the end of each line when I ask the question The lineup, starring Bill Johnstone as Lieutenant Ben Guthrie and Wally Mayer as Sergeant Matt Greb was written by E. Jack Newman with music composed and conducted by Eddie Dunstetter Featured in tonight's cast were Peter Leeds, High Everback, Herb Butterfield, Howard McNear, Gil Stratton Jr., Ray Hartman, and Jeanette Nolan The lineup is produced and directed by Jaime Delvalle This Saturday, Joan Crawford stars in I Knew This Woman, a poignant drama of family life when stars over Hollywood launches its 11th big season of dramatic hits on CBS radio Stars over Hollywood is heard every Saturday in the daytime hours on most of these same CBS radio stations Dan Coverley speaking and remember it's two hours of music the nation's favorite songs every Friday evening on the CBS radio network


The decision to undertake doctoral studies is an important step in your legal career and choosing the right law school will be key to your success as a postgraduate researcher. The Auckland Law School was New Zealand's leading law school and as a PhD student with us you'll work alongside an expert supervisor and co-supervisor. These are working relationships that will support and guide your research, extend your thinking and help you develop international networks. There are many reasons to consider undertaking your PhD with us. We're situated in the heart of Auckland City, voted the world's third most liveable city. We offer a wealth of research opportunities including the ability to study either part-time or full-time and you can apply for financial assistance including a new Dean's Doctoral Scholarship with $27,000 plus fees per annum and the Faculty of Law Doctoral Fellowship providing you with part-time work as a graduate teaching assistant. My area of research is corporate law and corporate governance. So in corporate law I'm particularly interested in areas like directors duties, what are the obligations of directors but I'm actually most particularly interested in the company and what makes up the company. HIDA is one of the PhD students who I'm supervising currently. My role is to facilitate what HIDA is doing so I see myself primarily in the role of support and advisor and also mentor and someone who encourages the work that she's doing. The fact that she's now working downtown in a related area actually will enrich her PhD. My research areas is in the comparative corporate governance so my specific area is to do research and look into how legal chance plans work in China. Being my supervisor the expectation would be Susan being my mentor and guide me through this long process of three to four years of research and writing out my thesis. At the very outset we had a very good understanding of each other and understanding of how we want our journey to progress so we had regular discussions and she pointed me to different areas I should be looking into and I should be researching. I'm looking for someone who's excited about research that I want to be satisfied myself both for my sake and also for the prospect of student's sake that the work that they're taking on is something that they'll be able to achieve and that actually it's a worthwhile question and that they will remain excited and motivated through the three to four years that it takes to do a PhD and also that the piece of work that's produced at the end will be something that adds to the sum of knowledge in the world and something that they can carry with them on whatever they decide to do next in their lives. During the first year we met quite regularly so sometimes once or twice a month we exchanged emails and you know sometimes I asked her some questions and then she answered me promptly. After I finished my full thesis proposal then during this year we have arranged for monthly meeting but if we need to talk we exchange emails so that's a very good and very enjoyable relationship. If someone comes along and asks me whether she should be doing a PhD I would say yes go for it if you really want to do it but you should really think where your passion lies and what you really want to do and what you really want to achieve because you know it is a very serious commitment but if you really really are committed and you like your topic then talk for it. We welcome your interest in the Auckland Law School and invite you to find out more about her doctoral studies program Auckland City and her new scholarships and fellowship opportunities. Once you've made your decision apply to join us here at the University of Auckland. We look forward to welcoming you into our doctoral studies program.


Everybody for us to rip in a box of 2022 origins football hobby for Terry M. Thanks Terry for the order Let's see what you got to see a maybe a Kenny picket auto He seems to be tough to hit in this Right here. We go Start with the base of Mack Jones and Omari Cooper Got Christian McCaffrey number to 148 of 199 And Darnell Mooney numbered one or two 71 of 299 Rookie patch card Wanda Robinson 80 of 99 run overall pick rookie Otto Trevon Walker on card Sit there guys pretty damn good And a rookie Jersey Otto of Eric is who Conmar easy E And there you go Terry that'll do it for the box. Thank you again. We'll get these right out to you