MTP temperature profiles are provided as text files. A header (example shown below) explains the format.
A summary of MTP results from PREDICT and quick-look images are provided here:
http://mtp.mjmahoney.net/www/missions/predict/predict.html

Please contact Julie Haggerty (NCAR/EOL, haggerty@ucar.edu, 303-497-1090) with any questions.

--------------------------------------------------------------------------------
64  2110
MJ MAHONEY (Michael.J.Mahoney@jpl.nasa.gov), Julie Haggerty (haggerty@ucar.edu)
Jet Propulsion Laboratory, Pasadena, CA      NCAR, Boulder, CO
NGV Microwave Temperature Profiler (MTP/NGV)
PREDICT
1 1
2010 08 23  2011 05 24  20100407 {FLT DATE, REDUCTION DATE & FLIGHT NUMBER}
0.0  0.0
Remote sensing altitude (meters)
Elapsed UT seconds from 0 hours on day given by DATE
4                         {NV = number of primary variables: temp, SEtemp, Zg, #density}
1.0   1.0    1.0 1E+21    {scale factors for primary variables: temp, SEtemp, Zg, #density}
99999 9999 99999 99999    {missing values for primary variables: temp, SEtemp, Zg, #density}
Retrieved air temperature (K)
Standard error of retrieved air temperture (K)
Geometric altitude (meters).
Molecular air density (number per cubic meter)
15             {number of auxiliary variables}
1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0 1.0
99 99.999 99.9 99.9 999.9 99.9 99.9 999.9 999.9 99.999 999.999 999.9 9.99 999.99 99.99
NX(1) is the number of altitudes in subsequent data records
Pressure altitude of WB-57 (km)
Aircraft pitch (deg)
Aircraft roll (deg)
Horizon brightness temperature (ie, OAT, similar to SAT); avg ch1 & ch2 & ch3(K)
Tropopause #1 (km).
Tropopause #2 (km).
Potential temperature of tropopause #1 (K).
Potential temperature of tropopause #2 (K).
Latitude (deg)
Longitude (deg)
dT/dz (K/km) for 1.0 km layer centered on aircraft flight altitude.
MRI ... a retrieval quality metric ranges 0-2, <1 is excellent
Cold point temperature Tcp (K)
Cold point altitude Zcp (km)
8              {number of special comment lines}
*** Final Data   Final Data   Final Data   Final Data   Final Data   Final Data    
*** 
*** 
***  
*** We strongly encourage anyone using the MTP data to contact us regarding it's use
*** For more information go to: http://mtp.jpl.nasa.gov/missions/predict/predict.html
*** 
***  Final Data   Final Data   Final Data   Final Data   Final Data   Final Data    
19             {number of normally included comment lines}
Here's a brief free-form tutorial on how to decipher the MTP data: Data groups
   consist of the following group of lines per 15-second observing cycle.
First line is:  UTSEC, number of retrieval levels in following table, Pressure 
   Altitude, Pitch, Roll, Outside air temp (K), tropopause altitude #1 (km), 
   tropopause altitude #2 (km) [if present], potential temperatures of tropopause 
   #1 and #2, latitude, longitude, & lapse rate near flight level.  
   The 1-liners (for each cycle) can be stripped & imported into a spreadsheet 
   for convenient plotting of trop altitude, lapse rate, etc. The tropopause
   altitudes are calculated by cubic spline interpolation of the retrieved 
   altitudes using the WMO definition (that is, trop #1 is lowest altitude 
   where average lapse rate > -2 K/km from initial -2 K/km point to any point 
   within 2 km; trop #2 occurs above first trop after lapse rate is < -3K/km 
   for >1 km, and then first trop definition applies, possibly from within
   the 1 km region.)
Remaining set of lines for each cycle consist of 5 columns: col#1 is pressure 
   altitude (meters), col#2 is temperature from MTP (Kelvin), col#3 is temperature
   error estimate (K), col#4 is geometric altitude (meters), based on GPS 
   altitude (meters), and col#5 is molecular air density [1E+21/m3].