Testing M2 Widgets

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What is Accordion
What is Collapsible
What is Tabs

Magento accordion widget is an extension of the Magento Tabs widget. Accordions are generally used to break content into multiple sections that can be swapped to save space

The Magento collapsible widget converts a header/content pair into an accordion, where the content is collapsed or expanded on the header click.

Unlike the accordion widget is that collapsible is initialized for one title/content pair, while accordion can be initialized for a set of title/contents pairs.

The Magento tabs widget implements single content area with multiple panels, each associated with a header in a list. It uses the Magento collapsible widget.

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What is Integration

An integration enables third-party services to call the Magento web APIs.

What is Redis

Redis is an optional backend cache solution to replace Zend_Cache_Backend_File, which is used in Magento 2 by default.

What is Varnish

Varnish Cache is an open source web application accelerator.

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Isolated Heart Systems

What species are you going study ? (Check all that apply)

Mouse

Rat

Guinea Pig

Rabbit

Small Pig

if other species, please specify:

What perfusion mode will you require ? (Check all that apply)

Cardiomyocyte isolation only

Retrograde perfusion according to Langendorff

Later upgrade to a working ejecting heart system

Ejecting, working heart according to Neely (left heart only)

Ejecting, bi-ventricular working heart (right heart and left heart perfusion) only on rat and rabbit hearts

Which perfusion solutions do you intend to use ? (Check all that apply)

Krebs-Henseleit solution

Erythrocyte-containing solution

Blood

Recirculating

if other solutions, please specify:

Which parameters would you like to measure ? (Check all that apply)
- Langendorff System

Perfusion pressure/aortic pressure

Left venticular pressure (LVP) with balloon method

Coronary flow

- Working Heart System

Preload pressure

Aortic pressure (afterload pressure)

LVP with pressure catheter

LVP pressure volume loop

Atrial flow (cardiac output)

Coronary flow

Aortic flow

Preload (diastolic) pressures >11cmH20 (Gottlieb valve add-on)

- Perfusion Solution Monitoring

Temperature

pO2

pCO2

- Electrical Stimulation

Pacing

- Single Lead ECG and MAP

Multi lead ECG mapping with 32 or 64 electrodes (MSC FlexMEA System)

Single Lead ECG

Single epicardial Monophasic Action Potential MAP

Single endocardial Monophasic Action Potential MAP

- Multi-Lead ECG and Multiple Epicardial MAP^*

12-lead (6 Einthoven-Goldberger and 6 Wilson leads)

6-lead (6 Einthoven-Goldberger leads)

Multi-monophasic MAP (only on larger hearts)

How many MAP electrodes ?: ^*(only on rat and larger hearts, IH-5 system)

What type of computer will you be using for data acquisition ?

Desktop

Laptop

Please give us a brief description of the aims of your study.
This will help us to provide you with a suitable quotation.

Isolated Perfused Lung Systems

What species are you going study ? (Check all that apply)

Mouse

Rat

Guinea Pig

Rabbit

Small Pig

if other species, please specify:

What ventilation mode will you use ? (Check all that apply)

Negative pressure ventilation^*

Alternative Gas supply (not room air)

Positive pressure ventilation
^*Negative Pressure ventilation is accomplished by drawing air from the lung chamber creating a negative pressure in the chamber so that the lung draws air rather than having a set volume of air forced into the lungs (positive pressure). Negative pressure ventilation is the most physiological and slows edema formation.

What perfusion mode will you use ? (Check all that apply)

Constant flow perfusion

Constant pressure perfusion

Which perfusion solutions do you intend to use ? (Check all that apply)

Krebs-Henseleit solution

Erythrocyte-containing solution

Blood

if other solutions, please specify:

How do you intend to maintain the condition of your perfusate ? (Check all that apply)

pH maintained by CO2 control

Deoxygenation (typically nitrogen gas)

Which parameters would you like to measure ? (Check all that apply)
- IPL Systems

Respiratory Air Flow

Artifical thorax pressure, intrapleural pressure

Tracheal pressure

Perfusion pressure / pulmonary artery pressure

Venous pressure

Perfusion flow

Lung weight

- Perfusion Solution Monitoring

Temperature

pO2

pCO2

If you will to study the effect of drugs, how to you intend to administer ? (Check all that apply)

Drug nebulization (aerosol generator)

Drug application via syringe pump

What type of computer will you be using for data acquisition ?

Desktop

Laptop

What type of data analysis will you be doing ?(for software needed)

From Pulmonary Air Flow RespRate, maxInspFl, maxExpFl, TV, dynResistance, Conductance, dynCompliance

From all Pulmonary Pressures Maximum, minimum, mean pressure

From Temperature Mean value

Inspiratory time, Expiratory time, Apnea time, Total time, Time of brake, Time of pause, Airflow at 0.5TV ^**

Systolic, diastolic, mean pressure, npmn, Heart Rate ^**

P-V LOOPS ^**

LVPsys, LVPedp, dP/dtmax, dP/dtmin, heart rate ^**

ECG RR-I, HR ^**
^**(Advanced Module Required)

Please give us a brief description of the aims of your study.
This will help us to provide you with a suitable quotation.

Isolated Tissue Systems

What species are you going study ? (Check all that apply)

Mouse

Rat

Guinea Pig

Rabbit

Small Pig

if other species, please specify:

What tissues are you going study ? (Check all that apply)

Strips

Rings

Vessels

vessel/ring diameter:

if other tissues, please specify:

number of tissues in parallel:

What modes will you use ? (Check all that apply)
- Incubation / Immersion

Vertical tissue bath (Graz , Schuler, Compact Organ Bath)

- Superfusion mode

Single tissue vertical

Single tissue horizontal

Cascade mode on vertical tissues

Electrophysiology, Intracellular Action Potential (contraction force & intracellular AP e.g on papillary muscle or purkinje fibers)

Tissue Vessel Chamber Size (not all sizes available for all baths)

2ml

5ml

10ml

20/25ml

50ml

Horizontal tissue bath (Mayflower, PBTO, M Series Myograph for microvessel segments)

Filling Options (Schuler or Compact Organ Bath only)

Auto Bath Fill (using stand and pump and footswitch)

Which solutions do you intend to use ? (Check all that apply)

Krebs-Henseleit solution

Ringer solution

Tyrode

if other solutions, please specify:

Measurement system ? (Check all that apply)

Isometric contractile force

Isotonic displacement (only possible on vertical tissue baths)

Intracellular Action Potential (only if Mode Electrophysiology)

Electrical Stimulation ? (Check all that apply)

Field Stimulation

Direct Stimulation

What type of computer will you be using for data acquisition ?

Desktop

Laptop

Parameters to evaluate on isolated tissue ?

Resting Tension

- The following parameters require a beating or an electrical stimulated tissue (heart tissue)

Beating Rate

Developed Force

Maximum Force

Contraction time

Relaxation time

Response duration

Latency period

+/- dF/dt

Action Potential Evaluation

   - CT (conduction Time)
   - TOP (Take Off Potential)
   - AMP (Amplitude), dV/dt (Max. rate of depolarisation)
   - EOP (Potential after end of AP)
   - APD90 APD75 APD50 APD25 APD10 (Signal duration at 90, 75, 50, 25, 10%)

Please give us a brief description of the aims of your study.
This will help us to provide you with a suitable quotation.

Isolated Abdominal Organ Systems

What species are you going study ? (Check all that apply)

Mouse

Rat

Guinea Pig

Rabbit

Small Pig

if other species, please specify:

What abdominal organs are you going study ? (Check all that apply)
- Non-Hollow Organs

Liver

Kidney

Mesenteric bed

Hindquarter

- Hollow Organs (requires a special perfusion bath for tubular organs PBTO)

Ileum

Artery

Vein

Trachea

What perfusion modes will you use ? (Check all that apply)

In-Situ

Ex-Vivo

Constant pressure perfusion

Constant flow perfusion

Cell isolation (hepatocyte, etc)

Which solutions do you intend to use ? (Check all that apply)

Krebs-Henseleit solution

Ringer solution

if other solutions, please specify:

Recirculating perfusion

Oxygenation ? (Check all that apply)

Bubbling in reservoir

Fiber Oxygenator (If using foaming perfusate e.g. blood, albumin-containing, etc)

Measurement system ? (Check all that apply)

Contractile Force (if applicable for the organs being studied)

Venous pressure

Temperature

Perfusion pressure

Perfusion flow

Gas Concentrations ? (Check all that apply)

pO2

pCO2

if other gas concentrations, please specify:

Electrical Stimulation ? (Check all that apply)

Field Stimulation

Direct Stimulation

What type of computer will you be using for data acquisition ?

Desktop

Laptop

   For evaluation of typical parameters, such as:
   - From All Pressures: Systolic, Diastolic and Mean Pressure
   - From All Flows: Mean, Max. and Min. Flow
   - Contractile Force
   - From temperature, pO2, pH Signals: Mean Value
   It is also possible to calculate specific values from these parameters by writing a formula.
   (e.g., Vascular Resistance (P/F) or Flow / organ weight, etc.)

Please give us a brief description of the aims of your study.
This will help us to provide you with a suitable quotation.

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STORE INFORMATION (as configured in the admin)

Harvard Apparatus
84 October Hill Road
Holliston, MA
Massachusetts
01746
United States

To place an order, please call : 800-232-2380

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