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Home Stereotaxic Instruments Digital Manipulator Stereotaxic Instruments Autocalculation of Target Structure Digital Manipulator Stereotaxic Instruments


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Autocalculation of Target Structure Digital Manipulator Stereotaxic Instruments
The new BenchMark Angle One™ Stereotaxic Instrument is the most technologically advanced animal stereotaxic instrument manufactured. The Angle One allows you to easily vary the angle of approach and it automatically calculates the new coordinates of your target structure.

Because brain atlases are written, and the brain is mapped, in coordinates from skull flat and Bregma, most stereotaxic surgery is performed in this coordinate orientation. There are valid reasons for doing surgery from the Vertical approach. First, it is difficult to calculate how to reach a given point in the brain if the stereotaxic manipulator is tilted. And second, such calculations rely on the imprecise protractor on the stereotaxic instrument and, thus, create considerable risk for error. Using this coordinate orientation also means that the angle of approach is confounded with the manipulation at the target site in stereotaxic research. This is a problem whether the research involves injections of anatomical tracers, behavioral response to brain damage, or almost any manipulation. The correct control is initiating action at the target site without approaching over the vertical pathway.

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726850 Dual Benchmark Angle One™ Stereotaxic Instrument -- 10 days View Pricing
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726851 Single Benchmark Angle One™ Stereotaxic Instrument -- 10 days View Pricing
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Full Description Back to Top

• Single or Dual Manipulator Models Available
• Easily vary the angle of approach
• Automatically calculates the new coordinates of your target structure

The new BenchMark Angle One™ Stereotaxic Instrument is the most technologically advanced animal stereotaxic instrument manufactured. The Angle One allows you to easily vary the angle of approach and it automatically calculates the new coordinates of your target structure.

Because brain atlases are written, and the brain is mapped, in coordinates from skull flat and Bregma, most stereotaxic surgery is performed in this coordinate orientation. There are valid reasons for doing surgery from the Vertical approach. First, it is difficult to calculate how to reach a given point in the brain if the stereotaxic manipulator is tilted. And second, such calculations rely on the imprecise protractor on the stereotaxic instrument and, thus, create considerable risk for error. Using this coordinate orientation also means that the angle of approach is confounded with the manipulation at the target site in stereotaxic research. This is a problem whether the research involves injections of anatomical tracers, behavioral response to brain damage, or almost any manipulation. The correct control is initiating action at the target site without approaching over the vertical pathway.

Now you can improve the rigor and interpretation of your stereotaxic research without adding the extensive calculations and risk of error to the protocol. The BenchMark Angle One solves these problems.

The Angle One performs as follows:
• The display panel box has a number and zeroing button for each of the three linear axes and the two angle measurements.

• Angle transducers (optical encoders) continuously display the angle position.

• Angle displays will be zeroed once at the vertical position and will remain set as long as the power is on.

• The manipulator is then tilted to the desired position with the angles displayed on the LCDs.

• The probe is moved to Bregma and the linear displays are zeroed.

• Scrolling buttons (up & down) are then used to enter the target in reference coordinates on the three linear axes displays.

• These target coordinates are stored and saved until reset. During the next surgery, they will reappear by simply pressing a button.

• By subsequently pressing mode button, the linear displays will switch from the target coordinates in the reference frame to the target coordinates in the new tilted, non-orthogonal frame.

• As the target is approached, the LCD display counts down to zero. When each linear display reaches zero, the target should be hit.

• Touching the mode button, at any time, will switch the linear displays back and forth between the reference frame and the tilted, non-orthogonal frame.

With the Angle One, it is easy to set the manipulator at any arbitrary angle and reach the same target point every time. No pilot studies. No calculations. Standard atlas coordinates. Every surgery in a group can be performed from a different angle— completely undoing the traditional confounding with experimental groups.

Of course, the Angle One still incorporates the fine drive and advanced features of the Benchmark Deluxe line of stereotaxic instruments. The Angle One is the third generation of advanced stereotaxic instruments. Due to the unique nature of this instrument, a second set of stereotaxic patents is currently pending at the U.S. patent office.


Journal Articles Back to Top

Displaying 1 to 10 of 21 results for Autocalculation of Target Structure Digital Manipulator Stereotaxic Instruments   Page 1  2  3 

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Document

Description

100% Login to view VT32 Digital Optical Imaging to Track Vascular Gene Expression.pdf
[1,004 KB]
Digital Optical Imaging to Track Vascular Gene Expression
82% Login to view dispo eq dial3.pdf
[868 KB]
An mRNA structure that controls gene expression by binding S-adenosylmethionine
75% Login to view dispo eq dial1.pdf
[1.4 MB]
Three-dimensional Structure of Guanylyl Cyclase Activating Protein-2, a Calcium-sensitive Modulator of Photore
74% Login to view VT32 mri vent.pdf
[1.1 MB]
Digital Optical Imaging to Track Vascular Gene Expression
71% Login to view PP43 The Measurement of Blood Flow from Dynamic Digital X-Ray Images Using a Weighted Optical Flow Algorithm.pdf
[202 KB]
Pulsatile Syringe Pump use in finding The Measurement of Blood Flow from Dynamic Digital X-Ray Images Using a Weighted Optical Flow Algorithm
65% Login to view PP104 eqpump.pdf
[373 KB]
Syringe Pump use in finding the Binding of the Circumsporozoite Protein to Cell Surface Heparan Sulfate Proteoglycans is Required for Plasmodium Sporozite Attachment to Target Cells
64% Login to view PP76 Microdrive Pump.pdf
[297 KB]
Microdrive Pump use in Coincident Activation of NMDA and Dopamine D1 Receptors within the Nucleus Accumbens Core Is Required for Appetitive Instrumental Learning
60% Login to view lipomat.pdf
[66 KB]
LipoPrep Instrument used in Engineering Porphyrin Encapsulated Vesicles for Metal Removal from Wastewater
50% Login to view PP85.pdf
[722 KB]
Portosystemic shunting and persistent fetal vascular structures in aryl hydrocarbon receptor-deficient mice
49% Login to view PP43PU 1.PDF
[199 KB]
Pulsatile Syringe Pump use in finding The Measurement of Blood Flow from Dynamic Digital X-Ray Images Using a Weighted Optical Flow Algorithm
   

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Manuals Back to Top

Displaying 1 to 1 of 1 result for Autocalculation of Target Structure Digital Manipulator Stereotaxic Instruments  

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100% Login to view Stereotaxic Instrument Guide.pdf
[36 KB]
BS4_L_Neuroscience.qxd
   

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