Posts tagged research

Two weeks to submit abstracts to SFN. 

Two weeks to submit abstracts to SFN

“MIT researchers turn on a memory”

Researchers chose to test a simple kind of memory — a fear memory. In one experiment, mice were put in a chamber, allowed to explore, and given a foot shock. The next time the mice were put in the same dangerous chamber, they remembered the unpleasant electric shock and froze, taking on a defensive stance. Researchers had, however, inserted a gene that codes for a light-sensitive protein into the cells involved in making a memory. They then tested what happened when they turned on a light to activate those cells, without putting the mice in the same chamber. They saw the freezing behavior, as if the mice were reliving the memory.
“This is the most dramatic way to show that high cognitive phenomenon, like memory recall, can be generated, can be artificially generated by poking cells in the brain,” Tonegawa said in an interview.
He said there were about 20,000 neurons, or brain cells, involved in this particular kind of memory.  [via]

I’ve seen a couple of these optogenetic experiments. It’s pretty fascinating to be able to manipulate the neural response in vivo.  

MIT researchers turn on a memory

Researchers chose to test a simple kind of memory — a fear memory. In one experiment, mice were put in a chamber, allowed to explore, and given a foot shock. The next time the mice were put in the same dangerous chamber, they remembered the unpleasant electric shock and froze, taking on a defensive stance. Researchers had, however, inserted a gene that codes for a light-sensitive protein into the cells involved in making a memory. They then tested what happened when they turned on a light to activate those cells, without putting the mice in the same chamber. They saw the freezing behavior, as if the mice were reliving the memory.

This is the most dramatic way to show that high cognitive phenomenon, like memory recall, can be generated, can be artificially generated by poking cells in the brain,” Tonegawa said in an interview.

He said there were about 20,000 neurons, or brain cells, involved in this particular kind of memory.  [via]

I’ve seen a couple of these optogenetic experiments. It’s pretty fascinating to be able to manipulate the neural response in vivo.  

Somehow the concept of making things happen and certain characteristics of resilience are intertwined for me. A short review of the literature suggests we are looking at the neural circuitry of fear and reward when talking about resilience. Of those areas, certain parts like the anterior cingulate cortex (ACC) overlap some areas I study in empathy erosion and notions of morality. This may seem counter intuitive, but as Feder et al. report in their paper Psychobiology and molecular genetics of resilience, ”greater capacity for emotion regulation has also been related to stress resilience”. Here’s more:

The functional capacity of the brain structures that are involved in the integrated circuits that mediate mood and emotion determines stress resilience, and is in turn reflected in an individual’s psychological make-up. More adaptive functioning of fear, reward, emotion regulation or social-behaviour circuits is thought to underlie a resilient individual’s capacity to face fears, experience positive emotions, search for positive ways to reframe stressful events and derive benefit from supportive friendships. Thus, resilience is an active process, not just the absence of pathology, and it can be promoted by enhancing protective factors. [via]

So when I’m thinking about the participants I may test (in this case: sadists), I’m also wondering about the other types of emotional regulation that share the same circuitry- maybe be something there, maybe not. I like to dig around. 
I’m told to get ready for some trouble with this study where I’m at now, but I’m still gonna try to make it happen. 
[img]

Somehow the concept of making things happen and certain characteristics of resilience are intertwined for me. A short review of the literature suggests we are looking at the neural circuitry of fear and reward when talking about resilience. Of those areas, certain parts like the anterior cingulate cortex (ACC) overlap some areas I study in empathy erosion and notions of morality. This may seem counter intuitive, but as Feder et al. report in their paper Psychobiology and molecular genetics of resilience, ”greater capacity for emotion regulation has also been related to stress resilience”. Here’s more:

The functional capacity of the brain structures that are involved in the integrated circuits that mediate mood and emotion determines stress resilience, and is in turn reflected in an individual’s psychological make-up. More adaptive functioning of fear, reward, emotion regulation or social-behaviour circuits is thought to underlie a resilient individual’s capacity to face fears, experience positive emotions, search for positive ways to reframe stressful events and derive benefit from supportive friendships. Thus, resilience is an active process, not just the absence of pathology, and it can be promoted by enhancing protective factors. [via]

So when I’m thinking about the participants I may test (in this case: sadists), I’m also wondering about the other types of emotional regulation that share the same circuitry- maybe be something there, maybe not. I like to dig around. 

I’m told to get ready for some trouble with this study where I’m at now, but I’m still gonna try to make it happen. 

[img]

Current status- Science of Evil: On Empathy and the Origins of Cruelty
by Simon Baron-Cohen

Empathy is a universal solvent.  
(…) 
And unlike the arms industry, which cost trillions of dollars to maintain, or the prison industry and legal system, which costs millions of dollars to keep oiled, empathy is free. And unlike religion, empathy cannot by definition oppress anyone.

Current status- Science of Evil: On Empathy and the Origins of Cruelty

by Simon Baron-Cohen

Empathy is a universal solvent.  

(…) 

And unlike the arms industry, which cost trillions of dollars to maintain, or the prison industry and legal system, which costs millions of dollars to keep oiled, empathy is free. And unlike religion, empathy cannot by definition oppress anyone.

"Cross-Cultural Variation and fMRI Lie-Detection"

Welcome to a paper I’ll be referencing IRL. I was actually fighting with myself last night about populations to use for my fMRI study (I don’t want to use college students, since my study isn’t about college students), which Bruni brings up in the abstract:

On several basic features of perception and cognition, Western university students turn out to be outliers relative to the general human population, so that data based on them should be interpreted with caution.

So, I’m really glad I have this paper to base my request of special population off of now…since I’m not sure how easy it will be getting access to the population I need

So big up to Tommaso Bruni, former ‘guest list neighbor’ at the Neuroethics and Law Blog!  From Bruni’s conclusion:

The long and the short of this paper is that cross-cultural experiments on fMRI lie-detection should be performed before this technique enters courts, because the lab experiments with US citizens risk having an unacceptably low external validity. As a matter of fact, I suggest the technique cannot live up to the Daubert standards without such checks, because no error rate calculated in the lab can be projected onto real life without them. I do not take any position about the ethical acceptability of fMRI lie-detection, but argue that more neuroscientific research is needed (not only in the cross-cultural field) in order to assess its full potential both legally and morally. I therefore encourage and endorse more funding for fMRI lie-detection research. Only sound and carefully conducted empirical research can lead to new forensic technologies that can be useful to ascertain the truth and to justly determine legal proceedings. (via)

I ABSOLUTELY agree with him on why (technically) lie detection isn’t ready for courts.

Hey look internet, I agree with someone!

[Flash 9 is required to listen to audio.]

211 plays

NEUROLAW Around the World   (w. Daft Punk)

Starting with Australia, thier legal system “has not been receptive to new neuroscientific technology. Current case law and legislative provisions demonstrate the hurdles imposed by the rigorous admissibility standards”. (via)

In Austria, there isn’t much research to pull from, so they take The Big Neurolaw Questions and apply them to Austrian law. (via) It’s a start.

Brazil is challenged by the divide between science and law, but recent cases and interest show promise in moving forward with the inevitable merge. (via

Canada talks about the ethics of neuroimaging in research, as they do. 

Most places do not have regulations in place for neuroscientific research so “legislation on medical research has been taken as a starting point for the legal analysis”, like in beautiful Finland! (via)

And check France out: “As a reaction to the rapid developments in modern neurosciences, the French legislator proposed the implementation of neuroscientific rules in the French Law on Bioethics in January 2010.” Neuroscientific research remains a hot button and all and the source of much debate, but, “Even if these procedures are not yet a daily occurrence in France, it is an important time to consider the civil, criminal, and constitutional consequences in a second step”. Real action. (via) OOh LA LA!

The Germans see no other way than to champion neuroscientific research. They will not be stopped! And that’s cool with me.  (via)

Greece, ever proud of the “innovative spirit” they have showed with revising the legislature when biomedical research calls for it, leads them to consider in this overview, that neuroscience research would follow the same form. (via)

ItalyLov u. Looking at deception and dipping into free will and neurotechnology, the Italian review discusses their case law on “the concept of “moral damage” and the opportunities that neurotechniques offer in order to have a more objective evaluation”. (via) Niiice. 

Guess who is talking about regulations for neuroethics and neurolaw? Japan. And it looks like bioethics stuff is a real sticky area, uh oh. (via)

You know my feelings for the Dutch (swoon).  This review talks about how neuroscientific evidence has been used in the courts in the Netherlands, 8 times so far for assessments of responsibility. Now gimme a smooch.

New Zealand’s not having it. They allow that neuroscience can certainly inform them about the human condition, but they won’t have it trying to replace their jury, i.e. neuroimaging for insanity pleas . Keeping that dividing line real clear….but fair enough. (via)

Switzerlandis the world’s skeptic when it comes to neurolaw, it’s too new and the methods can’t yet be trusted. (via) But they reserve a modest amount of optimism. whispery yay.

You know who’s not playing around? TurkeyLooks like they consider this topic to be held under general medical/ethics law. Here they focus on brain death and  ”how experimental treatments may be turned out to be a subject of hope trade”.  Fascinating! (via)

The UKis looking at something I always blab about: expert witnesses and how neuroscientific evidence may be used in court. Well done.  (via) I like that. 

And in typical fashion, the US is busting at the seams. Literally. We are excited, a lot is going on, we have a lot to say, jazz hands. But we have no idea where it’s going. (via)

K. I feel like I just hosted the Miss World Neurolaw pageant. Scores are at the bottom of your screen. 

scienceofthekgb:

INTRO, Interrogation and Tortures (Part II here)
In psychology, the term ‘interrogation’ is often fraught with negative notions like fear, mistrust and some cases, it’s a slippery slope to torture. In a similar vein, the western concept of the KGB (Komitet Gosudarstvennoy Bezopasnosti, Russia’s national security agency from 1954-1991) shares many of the same notions. 
Studies surrounding interrogations have been telling us for decades about the dangerous perils of psychological coercion that elicit false confessions, yet our legal system allows for trickery, lies and various environmental manipulations to be used at the cost of persecuting the innocent, diminishing the integrity of the system and challenging of our understanding of human and victim rights. The common thought is the more pressure applied, the sooner the object (person of interest) will break and reveal truthful information leading to either a conviction or valuable intel, in spite of what experts in false confessions like Saul Kassin, have been telling us for years. Nonetheless, along with assets and intelligence work (surveillance), it remains that one of the most important aspects of espionage and information gathering from local levels up to national security.  
 In 2005, ABC News reported that:

Larry Johnson, a former CIA officer and a deputy director of the State Department’s office of counterterrorism, recently wrote in the Los Angeles Times, “What real CIA field officers know firsthand is that it is better to build a relationship of trust … than to extract quick confessions through tactics such as those used by the Nazis and the Soviets.” via

My source, for the purpose of this series, a former KGB operative specializing in espionage, counterintelligence, a trained sniper (no less), would vehemently disagree and take insult with the above quote, since by his accounts it’s backwards. With over 30 years experience in KGB, he presents himself as someone well versed in the art of recruitment of assets (trusted informants recruited operatives), interrogation and will not hesitate to inform you he was “the best KGB sources and never made a single mistake”.  His view of how the US conducts its intelligence gathering and maintains national security are as you might expect, strongly negative and borderline arrogant, until you realize he possesses highly specialized training with a rare background that qualifies at an expert level to allow such bold assessments and he knows the strategies to back it up. When the question of how to trust this individual arises, rather than incessantly inculcate his background, papers or credentials; we must remember this quote when speaking about Russia or KGB business.

The SVR looms and operates from a headquarters outside (and presumably above, elevation-wise) Moscow via 
Over an extensive period of emails, phone calls and meetings on crowded New York City streets, he candidly shared his life story: childhood to adult, education and training, professional and some very personal.  He applies observational methods, uses simple pattern spotting, psychological strategies, brainwashing and concepts of triangulation thereby constructing a perception of current/future events which range interesting at the least, and frightening if true. Events that he will discuss may sound preposterous and warrant a reminder that although to westerners, the memory of the KGB secret police is filled with corruption, lies, spies, threats, power and killing… and although the KGB still basically exists in the form of the SVR (with the FSB as the counterespionage agency) my contact considers himself a professional living in the U.S. under political asylum, since returning to Russia or the Ukraine would be certain death. And perhaps he isn’t safe here either. To this end, he is eager to share his knowledge and very interested in comparing his experience and learned psychological techniques of the last 3 decades to the accepted science of today. The idea going forward is to share his background, his knowledge and to strain his education and field experience in the KGB though a psychological screen to understand the methods used then and what that can tell us about the methods used now in similar situations. This is then, a case study of real-life field experience vs scientific or lab research on topics such as interrogation, torture, behavior modification, brain washing and more. 
We begin with the topic of interrogation moving towards torture.   I am told of nearly 3 dozen accounts of interrogations at KGB district field offices, that doesn’t meet the fast, furious wham-bam-thank-you-ma’am that Hollywood has us believe, nor entirely representative of the graphic Guantanamo images, but rather a long thorough investigation-operation which includes information gathering on the subject which could take months or years, “cooking” the subject (letting him wait, increasing anxiety), building a rapport, using incentives then, if needed using tricks or blackmail, threats of physical violence or rape if in a jail. He stressed that gathering as much info as you can on the subject and rapport building are key techniques, it gardens larger amounts and accurate information. If you have to use more drastic methods or torture- perhaps your intel was not good enough. Once you have the object, there are several techniques that are designed to encourage dialogue:
good cop / bad cop
 “story under a story” (after intense interrogation the object tells a different story — which is not true, either)
 bombing with questions
 pressure by not interrogating
“silence makes your situation worse” trick
 “admit one small episode and that’s it” trick
 “I help you - you help me” trick
 “shift” meaning try to shift the blame away from the suspect to some other person or set of circumstances that prompted the subject to commit the crime. That is, develop themes containing reasons that will justify or excuse the crime. Themes may be developed or changed to find one to which the accused is most responsive.
Many of these methods mirror the trickery used in the US system that have helped make research claims of unaccountably, misconduct very credible. However, my contact insists simply that if they did not work, they would not be used while maintaining that the intelligence gathered before hand is the main aspect from which all other activities are measured.
PD8:  In doing over 30 interrogations, what was the most effective method you found in getting reliable, accurate information? 
xKGB: The “Breaking” method. The most important thing is to make the object talk by telling him that you want to just to understand what happened and “we, together, may find the way to deal somehow with the situation which “is not very bad right now”. The object, of course, will lie to you, but it doesn’t matter - he’s talking, he “swallowed the bait”. You listen to him, you write down everything and then you break his story into episodes. Then you start interrogating him on each episode but in chaotic order, like episode #1, then #5, then the last one, #4, etc. It’s pretty hard for the object keep logical lying if you act like this - he’ll change his story and put some true details to make it real. Extract those details and help him to tell the truth around them. 
He states that every object has a breaking point and there are some indicators that the object is near his breaking point or has already reached it, i.e. leans forward and his facial expression indicates an interest in the proposal or is more hesitant in his argument, he is probably nearing the breaking point.
PD8: If several methods of interrogation were used, are they used in a specific order to increase the pressure to talk, or was it dependant on the object’s demeanor/personality or urgency of obtaining the info? 
xKGB: Let me tell you most important thing about interrogations, tortures. If you deal with a “lonely wolf” (self-made terrorist) who won’t talk, you have no choice but to torture him to get info on his possible connections, place where he’s keeping guns or explosives, etc. But if you interrogate a member of organization, you MUST HAVE ASSETS INSIDE THIS ORGANIZATION and you don’t have to torture anybody. 
National security isn’t CIA and FBI #1 priority, that’s why they mostly wait for walk-in recruits, I call it a “Newton Syndrome” (referencing a falling apple in your lap). 
PD8: How long would a general interrogation last compared before possibly evolving into a torture session? 
xKGB: If it’s a lonely “wolf” and he’s very aggressive, refuses to talk, and you know he has connections, you start tortures right away. If it’s organization member and you have no assets inside organization, leave him alone and resign next morning, like an idiot. 
PD8: How often would the interrogation warrant moving to torture type procedures?
xKGB: It’s impossible to determine, it depends how professional you are, how you use methods and tricks, how fast you can establish rapport.
PD8:  Regarding the Reid interrogation technique and issues eliciting false confessions from accused offenders using minimization and maximization tricks; in your experience has any unreliable/untrue info ever elicited from interrogation? How about torture? What do you attribute that to?
xKGB: The thing is, if you deal with a professional, he usually has “a story under the story” which he offers you as true after intensive interrogation and tortures (people tend to believe info they get after torturing the object). But he can’t lie to me if I have enough intel on, say, his organization. That’s very important - how well are you prepared for interrogation? What is professional factual analysis? It the longest list of questions you have to answer before you interrogate.
PD8: When you detect that the object’s will has broken in an interrogation, what is the first question you ask?
xKGB: Nothing. Do not rush the object, do not humiliate him to show you’re ,finally, a winner and he’s the loser - he’s gonna close up. Just keep on developing the talk, don’t jump out of your chair and be quiet. It’s like a poker.
PD8: How did you confirm the information they provided as true, before moving on it?
xKGB: It depends if you have other sources, other facts, documents and how fast you can check up the information.
PD8: What is training like, or the schooling you were expedited through? (for example, the CIA interviews candidates in multiple rounds and does psychological and physical tests.)
xKGB: CIA are idiots.  KGB hires people in 2 ways: a) Human Resources division b) field offices. When KGB officer has a candidate, he’s checking his biography, relatives, his life, habits, connections, etc. It’s very good if candidate is or was an agent (asset). Then the officer makes an offer and the candidate goes through a whole row of doctors at KGB clinic. If health is OK, biography is OK, he’s in. Psychological tests?…KGB was playing this game couple of years early 80’s and then it appeared tests had nothing to do with the ability to recruit and work with agents. My best friend was the best of the best after “psychological tests”, he joined KGB and left in one month - couldn’t work with traitors, too dirty for him.  No physical tests - for what? KGB officers don’t run marathons. Training is Counterintelligence School or Intelligence Academy.
PD8: What was the interrogation process like, emotionally?
xKGB: Just a job, not fun. “No mercy, no ideology, no emotions.”
Recent law review articles have discussed the “psychological difficulty of distinguishing between torture and enhanced interrogation” for purposes of law and policy. There isn’t even a clear definition. The argument is that the “torture standard is unreliable because of the marked variation in the manner in which different jurisdictions interpret and employ it”. They also use psychological research to demonstrate the standard’s invalidity as well as “identify the existence of two separate psychological biases that impede objective application of the torture standard” via

Emboldened by the terrorist attacks of September 11, 2001, the George W. Bush administration lost no time establishing a policy that authorized the use of “enhanced interrogation techniques,” that is, torture and abuse.

Next up:  From Interrogation to Tortures

scienceofthekgb:

INTRO, Interrogation and Tortures (Part II here)

In psychology, the term ‘interrogation’ is often fraught with negative notions like fear, mistrust and some cases, it’s a slippery slope to torture. In a similar vein, the western concept of the KGB (Komitet Gosudarstvennoy Bezopasnosti, Russia’s national security agency from 1954-1991) shares many of the same notions.

Studies surrounding interrogations have been telling us for decades about the dangerous perils of psychological coercion that elicit false confessions, yet our legal system allows for trickery, lies and various environmental manipulations to be used at the cost of persecuting the innocent, diminishing the integrity of the system and challenging of our understanding of human and victim rights. The common thought is the more pressure applied, the sooner the object (person of interest) will break and reveal truthful information leading to either a conviction or valuable intel, in spite of what experts in false confessions like Saul Kassin, have been telling us for years. Nonetheless, along with assets and intelligence work (surveillance), it remains that one of the most important aspects of espionage and information gathering from local levels up to national security.  

 In 2005, ABC News reported that:

Larry Johnson, a former CIA officer and a deputy director of the State Department’s office of counterterrorism, recently wrote in the Los Angeles Times, “What real CIA field officers know firsthand is that it is better to build a relationship of trust … than to extract quick confessions through tactics such as those used by the Nazis and the Soviets.” via

My source, for the purpose of this series, a former KGB operative specializing in espionage, counterintelligence, a trained sniper (no less), would vehemently disagree and take insult with the above quote, since by his accounts it’s backwards. With over 30 years experience in KGB, he presents himself as someone well versed in the art of recruitment of assets (trusted informants recruited operatives), interrogation and will not hesitate to inform you he was “the best KGB sources and never made a single mistake”.  His view of how the US conducts its intelligence gathering and maintains national security are as you might expect, strongly negative and borderline arrogant, until you realize he possesses highly specialized training with a rare background that qualifies at an expert level to allow such bold assessments and he knows the strategies to back it up. When the question of how to trust this individual arises, rather than incessantly inculcate his background, papers or credentials; we must remember this quote when speaking about Russia or KGB business.

The SVR looms and operates from a headquarters outside (and presumably above, elevation-wise) Moscow via 

Over an extensive period of emails, phone calls and meetings on crowded New York City streets, he candidly shared his life story: childhood to adult, education and training, professional and some very personal.  He applies observational methods, uses simple pattern spotting, psychological strategies, brainwashing and concepts of triangulation thereby constructing a perception of current/future events which range interesting at the least, and frightening if true. Events that he will discuss may sound preposterous and warrant a reminder that although to westerners, the memory of the KGB secret police is filled with corruption, lies, spies, threats, power and killing… and although the KGB still basically exists in the form of the SVR (with the FSB as the counterespionage agency) my contact considers himself a professional living in the U.S. under political asylum, since returning to Russia or the Ukraine would be certain death. And perhaps he isn’t safe here either. To this end, he is eager to share his knowledge and very interested in comparing his experience and learned psychological techniques of the last 3 decades to the accepted science of today. The idea going forward is to share his background, his knowledge and to strain his education and field experience in the KGB though a psychological screen to understand the methods used then and what that can tell us about the methods used now in similar situations. This is then, a case study of real-life field experience vs scientific or lab research on topics such as interrogation, torture, behavior modification, brain washing and more. 

We begin with the topic of interrogation moving towards torture.   I am told of nearly 3 dozen accounts of interrogations at KGB district field offices, that doesn’t meet the fast, furious wham-bam-thank-you-ma’am that Hollywood has us believe, nor entirely representative of the graphic Guantanamo images, but rather a long thorough investigation-operation which includes information gathering on the subject which could take months or years, “cooking” the subject (letting him wait, increasing anxiety), building a rapport, using incentives then, if needed using tricks or blackmail, threats of physical violence or rape if in a jail. He stressed that gathering as much info as you can on the subject and rapport building are key techniques, it gardens larger amounts and accurate information. If you have to use more drastic methods or torture- perhaps your intel was not good enough. Once you have the object, there are several techniques that are designed to encourage dialogue:

  • good cop / bad cop
  •  “story under a story” (after intense interrogation the object tells a different story — which is not true, either)
  •  bombing with questions
  •  pressure by not interrogating
  • “silence makes your situation worse” trick
  •  “admit one small episode and that’s it” trick
  •  “I help you - you help me” trick
  •  “shift” meaning try to shift the blame away from the suspect to some other person or set of circumstances that prompted the subject to commit the crime. That is, develop themes containing reasons that will justify or excuse the crime. Themes may be developed or changed to find one to which the accused is most responsive.

Many of these methods mirror the trickery used in the US system that have helped make research claims of unaccountably, misconduct very credible. However, my contact insists simply that if they did not work, they would not be used while maintaining that the intelligence gathered before hand is the main aspect from which all other activities are measured.

PD8:  In doing over 30 interrogations, what was the most effective method you found in getting reliable, accurate information? 

xKGB: The “Breaking” method. The most important thing is to make the object talk by telling him that you want to just to understand what happened and “we, together, may find the way to deal somehow with the situation which “is not very bad right now”. The object, of course, will lie to you, but it doesn’t matter - he’s talking, he “swallowed the bait”. You listen to him, you write down everything and then you break his story into episodes. Then you start interrogating him on each episode but in chaotic order, like episode #1, then #5, then the last one, #4, etc. It’s pretty hard for the object keep logical lying if you act like this - he’ll change his story and put some true details to make it real. Extract those details and help him to tell the truth around them. 

He states that every object has a breaking point and there are some indicators that the object is near his breaking point or has already reached it, i.e. leans forward and his facial expression indicates an interest in the proposal or is more hesitant in his argument, he is probably nearing the breaking point.

PD8: If several methods of interrogation were used, are they used in a specific order to increase the pressure to talk, or was it dependant on the object’s demeanor/personality or urgency of obtaining the info? 

xKGB: Let me tell you most important thing about interrogations, tortures. If you deal with a “lonely wolf” (self-made terrorist) who won’t talk, you have no choice but to torture him to get info on his possible connections, place where he’s keeping guns or explosives, etc. But if you interrogate a member of organization, you MUST HAVE ASSETS INSIDE THIS ORGANIZATION and you don’t have to torture anybody. 

National security isn’t CIA and FBI #1 priority, that’s why they mostly wait for walk-in recruits, I call it a “Newton Syndrome” (referencing a falling apple in your lap). 

PD8: How long would a general interrogation last compared before possibly evolving into a torture session? 

xKGB: If it’s a lonely “wolf” and he’s very aggressive, refuses to talk, and you know he has connections, you start tortures right away. If it’s organization member and you have no assets inside organization, leave him alone and resign next morning, like an idiot. 

PD8: How often would the interrogation warrant moving to torture type procedures?

xKGB: It’s impossible to determine, it depends how professional you are, how you use methods and tricks, how fast you can establish rapport.

PD8:  Regarding the Reid interrogation technique and issues eliciting false confessions from accused offenders using minimization and maximization tricks; in your experience has any unreliable/untrue info ever elicited from interrogation? How about torture? What do you attribute that to?

xKGB: The thing is, if you deal with a professional, he usually has “a story under the story” which he offers you as true after intensive interrogation and tortures (people tend to believe info they get after torturing the object). But he can’t lie to me if I have enough intel on, say, his organization. That’s very important - how well are you prepared for interrogation? What is professional factual analysis? It the longest list of questions you have to answer before you interrogate.

PD8: When you detect that the object’s will has broken in an interrogation, what is the first question you ask?

xKGB: Nothing. Do not rush the object, do not humiliate him to show you’re ,finally, a winner and he’s the loser - he’s gonna close up. Just keep on developing the talk, don’t jump out of your chair and be quiet. It’s like a poker.

PD8: How did you confirm the information they provided as true, before moving on it?

xKGB: It depends if you have other sources, other facts, documents and how fast you can check up the information.

PD8: What is training like, or the schooling you were expedited through? (for example, the CIA interviews candidates in multiple rounds and does psychological and physical tests.)

xKGB: CIA are idiots.  KGB hires people in 2 ways: a) Human Resources division b) field offices. When KGB officer has a candidate, he’s checking his biography, relatives, his life, habits, connections, etc. It’s very good if candidate is or was an agent (asset). Then the officer makes an offer and the candidate goes through a whole row of doctors at KGB clinic. If health is OK, biography is OK, he’s in. Psychological tests?…KGB was playing this game couple of years early 80’s and then it appeared tests had nothing to do with the ability to recruit and work with agents. My best friend was the best of the best after “psychological tests”, he joined KGB and left in one month - couldn’t work with traitors, too dirty for him.  No physical tests - for what? KGB officers don’t run marathons. Training is Counterintelligence School or Intelligence Academy.

PD8: What was the interrogation process like, emotionally?

xKGB: Just a job, not fun. “No mercy, no ideology, no emotions.”

Recent law review articles have discussed the “psychological difficulty of distinguishing between torture and enhanced interrogation” for purposes of law and policy. There isn’t even a clear definition. The argument is that the “torture standard is unreliable because of the marked variation in the manner in which different jurisdictions interpret and employ it”. They also use psychological research to demonstrate the standard’s invalidity as well as “identify the existence of two separate psychological biases that impede objective application of the torture standard” via

Emboldened by the terrorist attacks of September 11, 2001, the George W. Bush administration lost no time establishing a policy that authorized the use of “enhanced interrogation techniques,” that is, torture and abuse.

Next up:  From Interrogation to Tortures

“Research finds normal brain communication in patients with agenesis of the corpus callosum”
Caltech neuroscientists have found that people born with agenesis of the corpus callosum, which is a total or partial lack of the band of white matter connecting and facilitating communication between the right and left hemispheres of the brain, still showed bilateral/synchronized activity and normal communication interhemisphericly. The question is how?

The fact that these areas are synchronised has led many scientists to presume that they are all part of an interconnected network called a resting-state network. Much to their surprise, Tyszka and his team found that these resting-state networks look essentially normal in people with AgCC, despite the lack of connectivity.
The typical corpus callosum comprises almost 200 million axons - the connections between brain cells - and is the largest fibre bundle in the human brain. In AgCC, those fibres fail to cross the gap between the hemispheres during fetal development, forcing the two halves of the brain to communicate using more indirect and currently unknown means.  Via

“Research finds normal brain communication in patients with agenesis of the corpus callosum”

Caltech neuroscientists have found that people born with agenesis of the corpus callosum, which is a total or partial lack of the band of white matter connecting and facilitating communication between the right and left hemispheres of the brain, still showed bilateral/synchronized activity and normal communication interhemisphericly. The question is how?

The fact that these areas are synchronised has led many scientists to presume that they are all part of an interconnected network called a resting-state network. Much to their surprise, Tyszka and his team found that these resting-state networks look essentially normal in people with AgCC, despite the lack of connectivity.

The typical corpus callosum comprises almost 200 million axons - the connections between brain cells - and is the largest fibre bundle in the human brain. In AgCC, those fibres fail to cross the gap between the hemispheres during fetal development, forcing the two halves of the brain to communicate using more indirect and currently unknown means.  Via
Possible Trouble for Neurogenesis Studies
In my past lab life, I used double labeling that included BrdU (Bromodeoxyuridine), a chemical marker that identifies new neurons like above. You inject the synthetic nucleoside in your little friends, wait a while as it gets busy with newly synthesized DNA and at different time intervals, your able to identify new cells when viewing them with a fluoresceinisothiocyanate filter on the ol’ microscope. Those were the days.
But here comes my friend and yours, Mo Castandi, explaining how a new study warns of how BrdU may be very bad news for those of us studying neurogenesis since it may distort the data in cell counts because:

…BrdU also labels cells that are dying or repairing their DNA. “BrdU is not a specific marker for new cells,” Rakic says. “The caveat is that all dividing cells are labelled, but not all labelled cells are dividing.” via

I’m not totally clear exactly how terrible this may be for those studying  avian brains (could it be worse, b/c of faster neurodevelopment?) since this article mentions only rats and monkeys, or how double labeling effects this, but it doesn’t sound good. To underscore that, Jason Snyder (neurobiologist at the NIH) recently tweeted “Do you use BrdU to study neurogenesis? If so, consider your career over.”

It may just be something to consider during interpreting data, to mention as a limitation of the long and widely used technique, but…Yikes. Also, I’m kinda infatuated with how this labels dying cells, anyone? Neurogenesis, keeps pulling me back in.
Read Mo here.

Possible Trouble for Neurogenesis Studies

In my past lab life, I used double labeling that included BrdU (Bromodeoxyuridine), a chemical marker that identifies new neurons like above. You inject the synthetic nucleoside in your little friends, wait a while as it gets busy with newly synthesized DNA and at different time intervals, your able to identify new cells when viewing them with a fluoresceinisothiocyanate filter on the ol’ microscope. Those were the days.

But here comes my friend and yours, Mo Castandi, explaining how a new study warns of how BrdU may be very bad news for those of us studying neurogenesis since it may distort the data in cell counts because:

…BrdU also labels cells that are dying or repairing their DNA. “BrdU is not a specific marker for new cells,” Rakic says. “The caveat is that all dividing cells are labelled, but not all labelled cells are dividing.” via

I’m not totally clear exactly how terrible this may be for those studying  avian brains (could it be worse, b/c of faster neurodevelopment?) since this article mentions only rats and monkeys, or how double labeling effects this, but it doesn’t sound good. To underscore that, Jason Snyder (neurobiologist at the NIH) recently tweeted “Do you use BrdU to study neurogenesis? If so, consider your career over.”

It may just be something to consider during interpreting data, to mention as a limitation of the long and widely used technique, but…Yikes. Also, I’m kinda infatuated with how this labels dying cells, anyone? Neurogenesis, keeps pulling me back in.

Read Mo here.

Where I work on channeling the powers of Castle Greyskull Neuroskeptic.
Not quite nestled in my shiny new fMRI lab, I’m busy developing an experiment and hammering down testing paradigms for a proposal that may well be rejected. But since it’s being sent to an audience that is laser focused on selling papers, after much down-time (read: older, slow publishing PhD students), the newer ones taken in are receiving more than a little pressure to hit the ground running. It’s now more than ever, I find myself looking for articles/posts that may answer questions that I may not be asked when my idea slips through the cracks of approval (just a hunch). So, I’m on the hunt for important lessons from other neuroimaging researchers…like this:

On Prefrontal, for instance, Neural Correlates of Interspecies Perspective Taking in the Post-Mortem Atlantic Salmon: An Argument For Proper Multiple Comparisons Correction, brings up 1 of a hundred things I need to know. Of this, Nskeptic writes:
The “multiple comparisons problem” is simply the fact that if you do a lot of different statistical tests, some of them will, just by chance, give interesting results.In fMRI, the problem is particularly severe. An MRI scan divides the brain up into cubic units called voxels. There are over 40,000 in a typical scan. Most fMRI analysis treats every voxel independently, and tests to see if each voxel is “activated” by a certain stimulus or task. So that’s at least 40,000 separate comparisons going on - potentially many more, depending upon the details of the experiment. via
Why will I remember this? Because in their experiment they flopped a dead fish in the fMRI and found activity in its brain:

… “the salmon was shown a series of photographs depicting human individuals in social situations. The salmon was asked to determine what emotion the individual in the photo must have been experiencing.” via

If this can happen with a dead fish, I imagine what is being interpreted when we use complex/live human participants. Simply discussing corrected and uncorrected results seem to solve this to a satisfactory degree and it’s something I should keep in mind in a lab eager to produce. 
Image

Where I work on channeling the powers of Castle Greyskull Neuroskeptic.

Not quite nestled in my shiny new fMRI lab, I’m busy developing an experiment and hammering down testing paradigms for a proposal that may well be rejected. But since it’s being sent to an audience that is laser focused on selling papers, after much down-time (read: older, slow publishing PhD students), the newer ones taken in are receiving more than a little pressure to hit the ground running. It’s now more than ever, I find myself looking for articles/posts that may answer questions that I may not be asked when my idea slips through the cracks of approval (just a hunch). So, I’m on the hunt for important lessons from other neuroimaging researchers…like this:

On Prefrontal, for instance, Neural Correlates of Interspecies Perspective Taking in the Post-Mortem Atlantic Salmon: An Argument For Proper Multiple Comparisons Correction, brings up 1 of a hundred things I need to know. Of this, Nskeptic writes:

The “multiple comparisons problem” is simply the fact that if you do a lot of different statistical tests, some of them will, just by chance, give interesting results.

In fMRI, the problem is particularly severe. An MRI scan divides the brain up into cubic units called voxels. There are over 40,000 in a typical scan. Most fMRI analysis treats every voxel independently, and tests to see if each voxel is “activated” by a certain stimulus or task. So that’s at least 40,000 separate comparisons going on - potentially many more, depending upon the details of the experiment. via

Why will I remember this? Because in their experiment they flopped a dead fish in the fMRI and found activity in its brain:

… “the salmon was shown a series of photographs depicting human individuals in social situations. The salmon was asked to determine what emotion the individual in the photo must have been experiencing.” via

If this can happen with a dead fish, I imagine what is being interpreted when we use complex/live human participants. Simply discussing corrected and uncorrected results seem to solve this to a satisfactory degree and it’s something I should keep in mind in a lab eager to produce. 

Image

“Can It Read My Mind?” – What Do the Public and Experts Think of the Current (Mis)Uses of Neuroimaging?

Emerging applications of neuroimaging outside medicine and science have received intense public exposure through the media. Media misrepresentations can create a gulf between public and scientific understanding of the capabilities of neuroimaging and raise false expectations. To determine the extent of this effect and determine public opinions on acceptable uses and the need for regulation, we designed an electronic survey to obtain anonymous opinions from as wide a range of members of the public and neuroimaging experts as possible.

We found evidence of public skepticism about the use of neuroimaging for applications such as lie detection or to determine consumer preferences and considerable disquiet about use by employers or government and about how their data would be stored and used. While also somewhat skeptical about new applications of neuroimaging, experts grossly underestimated how often neuroimaging had been used as evidence in court. Although both the public and the experts rated highly the importance of a better informed public in limiting the inappropriate uses to which neuroimaging might be put, opinions differed on the need for, and mechanism of, actual regulation. Neuroscientists recognized the risks of inaccurate reporting of neuroimaging capabilities in the media but showed little motivation to engage with the public. The present study also emphasizes the need for better frameworks for scientific engagement with media and public education.   Via H/T vaughanbell


Figure 1. Responses from members of the public to how well neuroimaging can achieve various aims.

Ben Goldacre: Battling Bad Science

“Every day there are news reports of new health advice, but how can you know if they’re right?” 

Clearly, if your a person and you haven’t watched this TED talk, you must. It’s like snorting an 8 ball of his blog, car jacking a ‘68 Mustang GT 390 Fastback and crashing it into a wall of distorted evidence and  contradictory claims … and a few minutes later, when the dust settles, it all makes sense. 

NEUROWIKIS

I’m pre-gaming for lab work (that I will blab more about later in the week) and came across a couple of important neuroscience reference and data tools to share:

The Cognitive Atlas-

Cognitive neuroscience aims to map mental processes onto brain function, which begs the question of what “mental processes” exist and how they relate to the tasks that are used to manipulate and measure them. This topic has been addressed informally in prior work, but we propose that cumulative progress in cognitive neuroscience requires a more systematic approach to representing the mental entities that are being mapped to brain function and the tasks used to manipulate and measure mental processes. We describe a new open collaborative project that aims to provide a knowledge base for cognitive neuroscience, called the Cognitive Atlas , and outline how this project has the potential to drive novel discoveries about both mind and brain. VIA

Spoiler- I love that Attention Networks Test is listed already in the atlas… which has concepts linked to NeuroSynth: ”a platform for large-scale, automated synthesis of functional magnetic resonance imaging (fMRI) data extracted from published articles” with 4393 studies from as far back as 1999. 

High-five.

The stroke that made an arsonist

“An unusual case of random fire-setting behavior associated with lacunar stroke”

Abstract: A case of a 47-year-old man with a sudden onset of a bizarre and random fire-setting behavior is reported. The man, who had been arrested on felony arson charges, complained of difficulties concentrating and of recent memory impairment. Axial T1-weighted magnetic resonance imaging showed a low intensity lacunar lesion in the genu and anterior limb of the left internal capsule. A neuropsychological test battery revealed lower than normal scores for executive functions, attention and memory, consistent with frontal lobe dysfunction. The recent onset of fire-setting behavior and the chronic nature of the lacunar lesion, together with an unremarkable performance on tests measuring executive functions two years prior, suggested a causal relationship between this organic brain lesion and the fire-setting behavior. The present case describes a rare and as yet unreported association between random impulse-driven fire-setting behavior and damage to the left internal capsule and suggests a disconnection of frontal lobe structures as a possible pathogenic mechanism.


Reminded me how new impulsive behaviors after brain injuries or sudden imbalances due to medications, can venture into “gambling, compulsive eating, excessive alcohol consumption, and hypersexuality”.  Via.  How should we determine the culpability level and punishment of an offender for criminal behaviors that have a causal relationship with a biological defect, such as brain lesions from a stroke? 


ResearchBlogging.org Bosshart H, & Capek S (2011). An unusual case of random fire-setting behavior associated with lacunar stroke. Forensic science international, 209 (1-3) PMID: 21489732