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- Dec 23, 2009
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Hi guys,
I just wanted to figure out whether my research would let me be competitive for a MD/PhD or MSTP application, this upcoming cycle, assuming that all other things are ok.
So, I'm posting my research summary profile below, and hopefully, I'd like some feedback as to initial thoughts about it. Too much different fields? Too weak? Not enough? I spent a year in a lab, but left it because things didnt work out and I didnt feel like I was in a good environment, in addition to going abroad. Abroad, I did small projects in two labs. Afterwards, I worked a summer in a lab near home, and started working in a new lab at school which I'm going to continue with for the rest of my years (now a junior). It seems a bit scattered but perhaps people can tell me what they think? And how to present it? I have no publications.
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Digital Signal Processing Lab; spring- fall 2009
Initially, my research partner and I worked on designing a stand-alone portable EKG device to attempt to improve the common EKG design. I used circuit design theory and analog filter implementation to complete a prototype for this project which I presented in a poster at the local science symposium at Trinity.
For the summer and fall, I committed myself to working on designing a digital apnea monitor. With no prior programming experience, I applied signal processing theory with MatLab, including Fourier and Autoregression analysis, to develop a system which could detect apnea, even from a signal filled with motion artifact. I presented this project at the local summer science symposium in a ten minute talk and a poster detailing the accuracy of this adaptive method. During the fall, I refined the system to be as general as possible; testing it on signals I collected myself of simulated apnea situations.
Department of Health Sciences; spring 2010
I initialized a study on research recruitment and retention for public health intervention trials run by pharmacists and nurses. In order to develop new ways of recruiting patients and providers into medium-scale clinical trials, I designed research questions and recruitment methods that would be tested in future studies.
Department of Electrical Engineering; spring 2010
I explored a method to reduce acoustic noise using a spectral subtraction method with a reduced delay convolution and adaptive averaging. In particular, I developed a sigmoid-type function for the weight of the spectral averaging, while testing for the improvement of signals based on various parameters of these functions.
Biomechanics and Bioengineering Lab; summer 2010
I investigated the pathological biomechanics of the Intervertebral disc (IVD) in a rat model. I designed a novel Ilizarov fixation device which could statically compress two IVD with an adjustable calibrated stress and force, using principles of material mechanics and anatomy. This device will be used to study the dual effects of inflammation and physical stress on the IVD, in the context of pathogenesis and histogenesis. I also helped in a study using mesenchymal stem cells used for IVD regeneration, discovering that the severity of the injury limits therapeutic potential. This work will be presented at the 2011 Orthopedic Research Society conference.
Electric Fish Lab; fall 2010 and ongoing
I am investigating the ethology and neurogenesis of the electric fish Apteronotus leptorhynchus by studying its electrical signal. I completed a small project studying the effects of Ru486 on the movement patterns of the fish and am now helping another student to test his novelty hypothesis (that novelty but not complexity stimulates neurogenesis) through the use of sequential and complex signals recorded from fish and synthesized in silico. I am currently planning a project in which fish will be played signals constructed artificially to mimic the signals of the electric fish and then study whether it stimulates neurogenesis and behavioral response. In doing so, it will be possible to isolate specific signal features and social factors causing fish neurogenesis and ethology.
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I just wanted to figure out whether my research would let me be competitive for a MD/PhD or MSTP application, this upcoming cycle, assuming that all other things are ok.
So, I'm posting my research summary profile below, and hopefully, I'd like some feedback as to initial thoughts about it. Too much different fields? Too weak? Not enough? I spent a year in a lab, but left it because things didnt work out and I didnt feel like I was in a good environment, in addition to going abroad. Abroad, I did small projects in two labs. Afterwards, I worked a summer in a lab near home, and started working in a new lab at school which I'm going to continue with for the rest of my years (now a junior). It seems a bit scattered but perhaps people can tell me what they think? And how to present it? I have no publications.
-----------------------------------------------------------------------------
Digital Signal Processing Lab; spring- fall 2009
Initially, my research partner and I worked on designing a stand-alone portable EKG device to attempt to improve the common EKG design. I used circuit design theory and analog filter implementation to complete a prototype for this project which I presented in a poster at the local science symposium at Trinity.
For the summer and fall, I committed myself to working on designing a digital apnea monitor. With no prior programming experience, I applied signal processing theory with MatLab, including Fourier and Autoregression analysis, to develop a system which could detect apnea, even from a signal filled with motion artifact. I presented this project at the local summer science symposium in a ten minute talk and a poster detailing the accuracy of this adaptive method. During the fall, I refined the system to be as general as possible; testing it on signals I collected myself of simulated apnea situations.
Department of Health Sciences; spring 2010
I initialized a study on research recruitment and retention for public health intervention trials run by pharmacists and nurses. In order to develop new ways of recruiting patients and providers into medium-scale clinical trials, I designed research questions and recruitment methods that would be tested in future studies.
Department of Electrical Engineering; spring 2010
I explored a method to reduce acoustic noise using a spectral subtraction method with a reduced delay convolution and adaptive averaging. In particular, I developed a sigmoid-type function for the weight of the spectral averaging, while testing for the improvement of signals based on various parameters of these functions.
Biomechanics and Bioengineering Lab; summer 2010
I investigated the pathological biomechanics of the Intervertebral disc (IVD) in a rat model. I designed a novel Ilizarov fixation device which could statically compress two IVD with an adjustable calibrated stress and force, using principles of material mechanics and anatomy. This device will be used to study the dual effects of inflammation and physical stress on the IVD, in the context of pathogenesis and histogenesis. I also helped in a study using mesenchymal stem cells used for IVD regeneration, discovering that the severity of the injury limits therapeutic potential. This work will be presented at the 2011 Orthopedic Research Society conference.
Electric Fish Lab; fall 2010 and ongoing
I am investigating the ethology and neurogenesis of the electric fish Apteronotus leptorhynchus by studying its electrical signal. I completed a small project studying the effects of Ru486 on the movement patterns of the fish and am now helping another student to test his novelty hypothesis (that novelty but not complexity stimulates neurogenesis) through the use of sequential and complex signals recorded from fish and synthesized in silico. I am currently planning a project in which fish will be played signals constructed artificially to mimic the signals of the electric fish and then study whether it stimulates neurogenesis and behavioral response. In doing so, it will be possible to isolate specific signal features and social factors causing fish neurogenesis and ethology.
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