CONJUGATION OF THE VERB TO GELATINATE
PRESENT
Present
I gelatinate
you gelatinate
he/she/it gelatinates
we gelatinate
you gelatinate
they gelatinate
Present continuous
I am gelatinating
you are gelatinating
he/she/it is gelatinating
we are gelatinating
you are gelatinating
they are gelatinating
Present perfect
I have gelatinated
you have gelatinated
he/she/it has gelatinated
we have gelatinated
you have gelatinated
they have gelatinated
Present perfect continuous
I have been gelatinating
you have been gelatinating
he/she/it has been gelatinating
we have been gelatinating
you have been gelatinating
they have been gelatinating
Present tense is used to refer to circumstances that exist at the present time or over a period that includes the present time. The
present perfect refers to past events, although it can be considered to denote primarily the resulting present situation rather than the events themselves.
PAST
Past
I gelatinated
you gelatinated
he/she/it gelatinated
we gelatinated
you gelatinated
they gelatinated
Past continuous
I was gelatinating
you were gelatinating
he/she/it was gelatinating
we were gelatinating
you were gelatinating
they were gelatinating
Past perfect
I had gelatinated
you had gelatinated
he/she/it had gelatinated
we had gelatinated
you had gelatinated
they had gelatinated
Past perfect continuous
I had been gelatinating
you had been gelatinating
he/she/it had been gelatinating
we had been gelatinating
you had been gelatinating
they had been gelatinating
Past tense forms express circumstances existing at some time in the past,
FUTURE
Future
I will gelatinate
you will gelatinate
he/she/it will gelatinate
we will gelatinate
you will gelatinate
they will gelatinate
Future continuous
I will be gelatinating
you will be gelatinating
he/she/it will be gelatinating
we will be gelatinating
you will be gelatinating
they will be gelatinating
Future perfect
I will have gelatinated
you will have gelatinated
he/she/it will have gelatinated
we will have gelatinated
you will have gelatinated
they will have gelatinated
Future perfect continuous
I will have been gelatinating
you will have been gelatinating
he/she/it will have been gelatinating
we will have been gelatinating
you will have been gelatinating
they will have been gelatinating
The
future is used to express circumstances that will occur at a later time.
CONDITIONAL
Conditional
I would gelatinate
you would gelatinate
he/she/it would gelatinate
we would gelatinate
you would gelatinate
they would gelatinate
Conditional continuous
I would be gelatinating
you would be gelatinating
he/she/it would be gelatinating
we would be gelatinating
you would be gelatinating
they would be gelatinating
Conditional perfect
I would have gelatinate
you would have gelatinate
he/she/it would have gelatinate
we would have gelatinate
you would have gelatinate
they would have gelatinate
Conditional perfect continuous
I would have been gelatinating
you would have been gelatinating
he/she/it would have been gelatinating
we would have been gelatinating
you would have been gelatinating
they would have been gelatinating
Conditional or "future-in-the-past" tense refers to hypothetical or possible actions.
IMPERATIVE
Imperative
you gelatinate
we let´s gelatinate
you gelatinate
The
imperative is used to form commands or requests.
NONFINITE VERB FORMS
Past participle
gelatinated
Present Participle
gelatinating
Infinitive shows the action beyond temporal perspective. The
present participle or gerund shows the action during the session. The
past participle shows the action after completion.
10 ENGLISH BOOKS RELATING TO «GELATINATE»
Discover the use of
gelatinate in the following bibliographical selection. Books relating to
gelatinate and brief extracts from same to provide context of its use in English literature.
Mr. Pelletier found the siliceous ore of zinc, also to gelatinate, but does not
intumesce. On the other hand, all zeolites do not gelatinate, per Mr. Swab, 2 Mem
. Swed. 455. 3 Bergm. p. 228. The zeolites of Hae lies lad t also gelatinate, but
not, ...
2
A Textbook of Experimental Cytology
The amount of water which is taken up by the gelatin is determined by the degree
to which the gelatin is ionised in the form of sodium ions and gelatinate ions;
when sodium chloride is added the number of free gelatinate ions is decreased ...
Mr. Pelletier found the siliceous ore of zinc, also to gelatinate, but does not
intumesce. On the other hand, all zeolites do not gelatinate, per Mr. Swab, 2 Mem
. Swed. 455. 3 Bergm. p. 228. The zeolites of Haellestadt also gelatinate, but not,
until ...
4
a text book of experiemental cytology
The amount of water which is taken up by the gelatin is determined by the degree
to which the gelatin is ionised in the form of sodium ions and gelatinate ions ;
when sodium chloride is added the number of free gelatinate ions is decreased ...
5
Bureau of Standards journal of research
Another alternative is the formation of a silver gelatinate entirely analogous to the
sodium gelatinate of Loeb's theory, but distinguished from it by insolubility. The
coagulation of proteins by silver salts is evidence for this view. Silver gelatinate ...
United States. National Bureau of Standards, 1932
When we transform 1 per cent. solutions of isoelectric gelatin into sodium
gelatinate and calcium gelatinate both possessing the same ... the sodium
gelatinate has an osmotic pressure more than twice as great as the calcium
gelatinate.
7
The Journal of General Physiology
ment about twice as high as that of the 1 per cent solution of Ba gelatinate of
about the same pH. During the first hour the relative rise of level in the solutions
is also approximately as 1:2. Fig. 4 gives the curves for Na gelatinate and Ca ...
gelatinate (inside solution). As a consequence the pH in the outside solution
should be higher than in the inside solution, and the value pH inside minus pH
outside should become negative when the inside solution is Na gelatinate. This
is the ...
Rockefeller Institute for Medical Research, 1922
9
Studies from the Rockefeller Institute for Medical Research: ...
gelatinate (inside solution). As a consequence the pH in the outside solution
should be higher than in the inside solution, and the value pH inside minus pH
outside should become negative when the inside solution is Na gelatinate. This
is the ...
Rockefeller Institute for Medical Research, 1922
A 1 per cent solution of metal gelatinate; e.g. Na gelatinate, has its maximal
osmotic pressure at a pH of about 8.4. When to a 1 per cent solution of metal
gelatinate of this pH alkali or neutral salt is added, the osmotic pressure (as well
as the ...
Rockefeller University, 1921
